• What are the best models for roof design?

    What are the best models for roof design?

    The beauty of the home is one of the important factors in the design of the building and has a great impact on the residents psychologically. This important factor is very important both in the outdoor space and in the decoration and interior design of the house. Like other interior surfaces such as walls and floors, the design of the house is of great importance, and although its history is unclear, it has always been a fascinating subject in architecture.
    In the meantime, the false ceiling design as a type of roofing is very popular and creates a pleasant and attractive space in the design of the roof and interior of the house.
    Urban people, on the other hand, tend to balance their living space, in terms of mental relaxation, anxiety and exhaustion due to the busy and polluted urban life. Therefore, it is important to use attractive designs and colors to design the ceiling as a false structure.
    These designs are also known as secondary ceilings on the house roof, which designers refer to as false designs. The false design is attached to the main skeleton of the building and its load enters the main structure and falls below the main roof, covering the weaknesses in the main roof.
    Its advantages include quick and easy installation, lightweight, the ability to shorten the roof, acoustic and thermal insulation, easy removability and roof removal.
    For the design of the house roof by false designs must be considered factors such as the lightness of the roof, the height of the roof, the location of installation, etc. in accordance with the design of the false roof. In this article, we will try to introduce you to the variety of these designs, given the variety available and how they are used.

    Robits and plastered false ceilings
    Robits false ceiling is made of steel and is one of the oldest and most used models of false ceiling design. The model is made of steel mesh designs and is plastered to attach it to the ceiling and therefore weighs heavily. It is therefore less recommended by architects because it can be dangerous in times of earthquakes. This type of design is compatible with most mortars, with less cracks and is made of two types of flat and prominent.
    It also has a high speed of execution and is geometrically expandable and has the materials and power it needs.

    False Ceiling Cane
    Knauf is the name of an international organization and has been used in the construction industry for more than 60 years. This type of design, which is very popular in our country, is a type of ceiling that uses prefabricated or non-gypsum panels and aluminum frame for its structural strength. These types of designs are highly customizable, and you can customize any design with any color, and you can also put hidden lights inside.
    The cannabis consists of fixed designs (including integrated and decorative designs) and is animated and there is no gap in the integrated design model. Choosing a home-made ceiling design, because it is lightweight, can be a good alternative to other designs such as Robits or plaster.

    Acoustic False Ceiling
    This type of design is mostly used for places like cinemas, music venues and places where sound should not be reflected, which is a kind of acoustic isolation.
    The acoustic design itself is divided into two standard and refractory models, which are the main parts of the steel or wood profile that must be fitted with matching nails. The acoustics are also made of corrugated fabrics, plaster sheets, wooden sheets and more.

    PVC false ceiling
    This design makes the roof uniform and shorter, and acts as a heat-insulation enhancer. These ceilings are made of polyvinyl chloride or PVC and because of their high flexibility, they can be turned into any shape. The design has gained popularity today due to its features such as appearance, durability, flammability, thermal and acoustic insulation and longevity.

    False wooden ceiling
    The main grid of this type of design for the roof of the house is made of steel and quadruple and its sub-grid is wood. In this design, the wooden limbs, made of foreign or Russian wood, are attached to the four lashes with glue and nails. When using a false wood design, it is best to cover the entire ceiling of the rooms in the house, and because wood gives a certain amount of heat to the environment, it is the best option for covering high ceilings.

    Synthetic false ceiling
    In this type of roof design, several different models and a new geometric design combine to form a hybrid design. This model creates a very beautiful design and makes the color of the house’s ceiling at different levels much more striking, and it needs to be designed with false roof structures.

    What are the best models for roof design?

    False ceiling of grillium
    The design of the false grille ceiling is made of aluminum, iron and alloy sheets and consists of square and rectangular houses giving it an outline. The ceiling is made of 4 to 1 mm thick sheet and can be painted with powder and liquid colors and attached to the roof by wire or wire.

    Aluminum false ceiling
    The roof model is made of aluminum with glass wool behind it. Each strap is fitted with a fastener to connect this design, and these straps are made of galvanized steel.

    False tile roof
    The design is one of the best covers for the home’s roof and uses galvanized pendants for its installation. Its gender varies according to the client’s order, and the tile pieces are pre-determined in certain dimensions.

    Luxalone false ceiling
    The design is a beautiful and decorative design for the roof of the house and also has the ability to be reinstalled and resistant to fire and atmospheric agents. This design is produced in rolls, depending on the design length, and is produced in both perforated and perforated models.
    Roof color is very attractive due to the variety of furnace or powder colors and is easy to install on the roof and is very robust and is a design accepted by architects.

    False ceiling with plasterboard plates
    These prefabricated plaster panels are fitted with a metal structure, special paste and sealant putty to the roof of the house and can be used for the bathroom, bathroom and kitchen as well because they are waterproof. These roofs contain fiberglass as well as thermal insulation.
    The main mesh of these ceilings is made of aluminum and the wooden mesh is also used in the design, is resistant to impact and noise and is highly environmentally friendly.
    Generally, homes that are covered with false ceiling designs prevent the loss of elements such as temperature, humidity and lighting, and provide acoustic, decorative and relaxing space with appropriate lighting.

    What are the best models for roof design?

    False ceiling of grillium
    The design of the false grille ceiling is made of aluminum, iron and alloy sheets and consists of square and rectangular houses giving it an outline. The ceiling is made of 4 to 1 mm thick sheet and can be painted with powder and liquid colors and attached to the roof by wire or wire.

    Aluminum false ceiling
    The roof model is made of aluminum with glass wool behind it. Each strap is fitted with a fastener to connect this design, and these straps are made of galvanized steel.

    False tile roof
    The design is one of the best covers for the home’s roof and uses galvanized pendants for its installation. Its gender varies according to the client’s order, and the tile pieces are pre-determined in certain dimensions.

    Luxalone false ceiling
    The design is a beautiful and decorative design for the roof of the house and also has the ability to be reinstalled and resistant to fire and atmospheric agents. This design is produced in rolls, depending on the design length, and is produced in both perforated and perforated models.
    Roof color is very attractive due to the variety of furnace or powder colors and is easy to install on the roof and is very robust and is a design accepted by architects.

    False ceiling with plasterboard plates
    These prefabricated plaster panels are fitted with a metal structure, special paste and sealant putty to the roof of the house and can be used for the bathroom, bathroom and kitchen as well because they are waterproof. These roofs contain fiberglass as well as thermal insulation.
    The main mesh of these ceilings is made of aluminum and the wooden mesh is also used in the design, is resistant to impact and noise and is highly environmentally friendly.
    Generally, homes that are covered with false ceiling designs prevent the loss of elements such as temperature, humidity and lighting, and provide acoustic, decorative and relaxing space with appropriate lighting.

    01/26/2020 By smart dg land news arch
  • Meet the world’s most famous architects

    Meet the world’s most famous architects

    Probably one of the earliest childhood aspirations to become an architect or an architect who kills his first plan is to design his own home first. Many foreign architects are registered in the world of architecture who have designed their own homes, including Frank Lloyd Wright, Walter Gropius and Philip Johnson.
    The best and most famous buildings in the world are already well-documented in the minds of their architects, with a clever choice of architecture, a clever choice of place to build a home and a smarter choice of materials to create a lasting artwork. That’s why we discover even more interesting things when we put together the history of a building and its main goals. The monument built by some of these architects and their names is known for their iconic work and influence, while other architects have survived because of the innovative style that has transformed the world.
    Famous buildings built by the most renowned foreign architects besides impressing many architects and designers, their stunning beauty is even more appealing to ordinary people and can inspire everyone, even those with little creativity.
    Famous foreign architect design captures specific moments of time with detailed detail that is very similar to the photo and can also provide viewers with information about the time of construction. But unlike photographs, physical structures continue to evolve and live in different eras, and after hundreds or even thousands of years after being built, they can become a central and functional part of the lives of countless people.

    Frank Lloyd Wright
    We usually do not know the names of famous foreign architects as well as other famous artists such as painters. However, their work will affect us in the long run. Throughout our lives, these buildings have been our home and workplace as home for us and as a refuge for us, an artistic architecture that is fundamentally present in all of us. Even if we haven’t walked into any of the buildings designed by renowned foreign architects, in many cases we have been affected by its structure.
    Frank Lloyd Wright was one of the foremost pioneers of American architecture, interior designer, author, and teacher, who designed more than 1,000 structures and completed 532 of them.

    He built the Frank Lloyd Wright home and studio in Oak Park, Illinois, where he and his wife and six children lived.
    Frank Lloyd Wright believed that the design of structures that are in harmony with humanity and its environment is a philosophy he called organic architecture.
    In 1889, when he was just 22, Frank Lloyd Wright received a loan from his employer Louis Sullivan for $ 5,000 to build his home and studio. Later when Frank Lloyd Wright started his architecture he added the studio to the design of the building.
    The house has been preserved as a national and historical landmark since 1909 and continues to exist.
    Frank Lloyd Wright describes architecture as “the art of motherhood”: “We do not have the spirit of our civilization without an architectural style of our own.”
    Frank Lloyd Wright argues that buildings are, in fact, a practical necessity and an artistic expression of a culture. Architects not only build civilization but also make it more beautiful.
    In addition to the homes he built for himself, Frank Lloyd Wright has designed many offices, churches, schools, towers, hotels, museums and other structures.
    He also designed most of the interior elements of buildings such as furniture and other accessories. Frank Lloyd Wright has written 20 books and articles on architecture and is known as a popular lecturer in the United States and Europe.
    He was born on June 8, 1867 and died on April 9, 1959.

    Walter Gropius
    Walter Adolf George Gropius is a German architect whose names are known alongside famous architects such as Alvarez Alvert, Ludwig Mies van der Droe, Le Corbusier and Frank Lloyd Wright as the most renowned leading foreign architects in modernist architecture.

    Walter Gropius is also recognized as one of the leading architects of international style.
    Walter Gropius was born on May 18, 1883 and died on July 5, 1969, and a neighborhood in Berlin is named after Gropiusstadt.
    In the early 1990s, a collection of all of Walter Gropius’s German architectural activities was published in a book entitled The Archive of Walter Gropius.
    The Gropius House was the first project of Walter Gropius, the founder of the Bauhaus School in the United States.
    Walter Gropius built this home, just an hour’s drive from Harvard in 1938 for his family. Although maintained like other neighboring houses and endorsed by the traditional materials used, it does not depart from the modernist architectural style with its bright white exterior, stripped windows and shattered glass.

    It has also been considered by the US government as a landmark in the country.
    In 1980, Gropius’s wife donated Gropius’s home in Lincoln to the history of New England.
    Walter Gropius’s house was added to the National Historic Places Journal in 1988 as one of the historic sites and is now being visited by Uncle

    Johnson is renowned for his modern architectural works such as the glass house in New Canaan and Connecticut, and especially his postmodern architecture such as 190 South La Salle Street in Chicago and 550 Madison Street designed by AT&T.
    Philip Johnson received the Gold Medal of the American Institute of Architects in 1978 and the first Pritzker Architectural Award in 1979.
    American architect Philip Johnson designed his famous glass house for his residence.
    Completed in 1949, this single-storey house is made of glass and is positioned between two horizontal surfaces and a light steel structure.
    This home is a symbol of international style and a national historic landmark of the United States of America.
    Although it is widely believed that the house was inspired by Mies van der Rohe’s Farnsworth house, Mieswend himself stated that this was not the case and said that the time of visiting Philip Johnson’s glass house had been affected.
    In 1930, Philip Johnson joined the Architecture Department of the Museum of Modern Art in New York.
    He regularly met with other foreign architects, such as Gropius and Leverbusier, and for the first time in the US Congress negotiated with Miss Van Derweh.

    In 1932, Philip Johnson in collaboration with Hitchcock, Alfred Haber and Jr. held the first exhibition of modern architecture at the Museum of Modern Art.
    Since 1922 he has played an important role in introducing modern architecture to the American people.
    Philip Johnson passed away on January 25, 2005.

    Meet the world's most famous architects

    Oscar Niemeyer
    The Casa das Canoas house is one of the world’s most famous structures built in 1951 by Oscar Niemeyer, one of Brazil’s most famous foreign architects.
    The name of Oscar Naimier, along with the renowned architects who have contributed to the development of modern architecture, is one of the main figures of modern architecture.

    Naimir was known for designing residential buildings for Brazilians in a city planned to become the Brazilian capital in 1960, and also for collaborating with other foreign architects at the UN headquarters in New York.
    His discovery of the beauty of reinforced concrete in the late 20th and early 21st centuries was very impressive.
    Naimir has both been endorsed and criticized for the sculpture.
    He said his architecture has been heavily influenced by Le Corbusier’s architecture, although he said in an interview that this did not change his architectural direction.
    Niemeyer was famous for using abstract and curved forms.
    The design of the Cassadas Canus home depicts the combination of modernity and the architect’s own style. This feature is a unique integration between minimalist and fundamentalist architecture.
    Situated on a hill slope overlooking the bay and surrounded by it.
    It is also combined with the green of nature. Cassadas Canos is a showcase of the evolution of reinforced concrete (or reinforced concrete) that has been widely used as a flexible building material.

    Alvar Aalto
    Hugo Alvare Henrik Alto is a Finnish architect and designer whose work includes architecture, furniture, textiles and dishes as well as sculpture and painting.

    Although Alto never considered himself an artist, you can see his collection of paintings and sculptures entitled “Tree Branches with Architectural Trunk”.
    His career was from 1920 to 1970. He first followed the Nordic ancient style and then moved on to the style of international modernity that was more rational in the 1930s and eventually adopted a more modern style in the 1340s.
    In 1934, Finnish architect Alvar Alto and his architect Aino Alto designed their residence and studio in a neighborhood called Munkkiniemi in the Finnish capital.
    The appearance of the house is distinguished by its two major parts. Most of it is painted white and most of it is covered with brick while being merged to form the lower part of the house.
    Alto’s cozy home and its impressive design are thought to have been taken from Mairea Villa, a guesthouse in Normako, Finland.

    This artwork by Alvar Henrique Alto is renowned as a world-class work of art. The interior design of the house and the design of the furniture, lamps and utensils were also done by Alto himself and his wife.
    He used a modern Scandinavian design to design his furniture. The Alvaro Alto Museum, designed by Alto himself, is located in the city of Yuquila.
    Frank Gehry
    Born in Canada in 1929, Frank Gehry immigrated to the United States as a teenager, and his name is recorded alongside many other architects in postmodern and creative architecture.

    Like the lucrative and lucrative tendencies of internationalism, the style of irregular shapes explores radical and meaningful shapes.
    He was highly regarded in the 1960s and 1970s and suddenly became popular when he presented his corrugated cardboard furniture design. By the 1990s, he neutralized his style and gained popularity by designing seemingly organic, undulating and free-flowing structures.
    In the 1970s, Frank Gray bought a house in Santa Monica to move in with his wife. However, if you know Frank Gray, you can never believe that he is just living at home and that is true.
    In 1978, Gary transformed it into a luxurious home with a symbol of structural thinking. The main house has its colonial style on the left, but an unusual new structure, including glass planes, walkways, discrete columns and exotic angles, covers the other three sides of the house.
    The Guggenheim Museum in Bilbao, Spain, inaugurated in 1997 and designed to resemble ships and living things, was designed by Frank Gray.
    He also designed the Walt Disney Concert Hall in Los Angeles and California, which opened in 2003.

    Frank Gary is known not only for his unique structure but for his superior acoustics among foreign architects.

    Conclusion:
    There are many architects around the world who have been named after many foreign architects because of the unique design of their homes.
    Frank Lloyd Wright and Walter Gropius and Philip Johnson and Oscar Naimier and Alvar Alto and Frank Gray are exterior architects whose homes have been highly regarded for their special design. The Wright House in Illinois Park, for example, has already been preserved as a national and historical landmark. The Gropius House in Lincoln, Massachusetts, has been used as a landmark for the United States by utilizing modernist architecture. The Johnson Glass House in New Conan, the Cassadas Canus House in Baradigio Rio de Janeiro, the Alto House in Mankinimi Helsinki, and the Gary Residence in Santa Monica, California, are other well-known homes whose designers are known for their unique design.

    01/24/2020 By smart dg land news arch
  • Introduction to all types of building materials

    Introduction to all types of building materials

    Building materials are materials that are used in the construction and production of various structures. A variety of materials are used in the construction of a building, whether natural or artificial, raw or mixed, each with unique characteristics. Familiarity with these materials is essential for drawing and executing building plans, so construction practitioners must be familiar with building materials to build a durable and durable structure. The most common materials that have been used from the past to the present and still maintain their place in the architectural and construction industry are wood, cement, metal, brick and concrete. These materials are widely used in various projects due to their high strength and low cost. In today’s modern world, modern building materials are produced and marketed by artisans who have innumerable advantages and advantages over traditional materials. Each of these materials, depending on their strength and performance, are used in different parts of the building. Introduction of different types of building materials and their application. Stay with us.
    Material types by gender
    If we are to classify building materials by sex we can refer to two categories of composite and simple materials.
    Simple materials
    Simple aggregates are called natural or synthetic aggregates whose ingredients are similar. Materials such as sand, bricks, cement, blocks and more. They are simple ingredients.
    Composites
    Composite materials are natural or synthetic materials used in the production of some materials. All types of mortar, concrete, isogam, etc. are composite materials.
    Types of building materials based on production
    Each building material is manufactured and delivered to the consumer in a different way, but in general it can be said that the materials are either manufactured or used locally in the construction industry.
    Prefabricated building materials
    Prefabricated materials are materials that are manufactured in different factories or workshops and then transported to the project site. By using prefabricated materials, the overall cost of the project and its execution time are reduced. Also, by reducing the amount of construction waste, an effective step will be taken to protect the environment. Although these materials may not be flexible enough to undergo modifications and the early stages of their design and production are time consuming, the importance and efficiency of prefabricated materials in construction cannot be ignored. Prefabricated concrete slabs, prefabricated concrete walls, prefabricated plaster panels, ceramic tiles, types of blocks, bricks, etc. are among the materials that are provided to the manufacturer at the factory.
    In-situ building materials
    In situ materials As it is known, materials that are produced and used on site for construction projects are used. For example, mortar types, in situ bitumen, building skeletons, in situ frameworks, in-situ concrete, etc., can be mentioned as in-situ materials.
    Building materials and their application
    Clay
    Soil is a combination of fine minerals caused by weathering and the destruction of rocks. The soils are divided into two types of adherent and non-adherent and have fine or coarse aggregates. The most superficial layer of the earth’s surface is soil type, which depends on the weather, the type of primary rock, the activity of organisms and the geographical area. Clay is one of the types of adhesive soils used in construction. This soil is the result of erosion of metamorphic and igneous rocks and is also called colloid because of its very small grains. The key to using this material is to choose a quality sample. Clay is the best material that can be used to control the temperature of a building. The use of clay helps to maintain heat in the building. Since the construction of houses is such that they penetrate the hot or cold air in summer and winter, the use of clay in building construction can be largely effective in stabilizing heat and cold and controlling temperature.
    Clay application
    Clay is used in the production of bricks, tiles, ceramics, mortar, plaster, lime mortar, straw, clay, etc. The main reason for using this material at an affordable price is its ease of use and its sluggishness.
    Rock
    One of the materials that has been used in construction since ancient times is stone. Stones are hard and solid materials that consist of one or more minerals and are divided into three general categories of igneous rocks, sedimentary rocks and metamorphic rocks. The main element of all rocks is silica, but depending on the conditions in which they are formed, they will contain different minerals and ingredients. One of the advantages of using this material is its availability.
    Types of building stone
    The stones have different types that are selected according to their strength and performance and are used in many different ways. To get acquainted with the types of masonry stones you can find in nature include granite, marble, travertine, quartzite, marble, sandstone, gabbro and diorite. In the construction industry, stones are used in both natural (raw) and non-natural (raw) ways. Natural stones are river rocks, carcass stones, layered rocks, and mountain rocks, but the rocks are referred to as rocks that work in different ways depending on their application. . Tablets, polyhedral stones, crustaceans, two-tiered stones, etc. are among these types of rocks.

    Application of stone
    As you know in our country stone mines are abundant, so in most construction projects this material is used because of its reasonable price, high strength and easy availability. The high variety of rock makes it possible to use this material in various locations. Applications of durable and durable materials such as tunnels, bridges, flooring, foundry, facade, porcelain, interior decoration, stairs and more.
    Wood
    Wood is a natural material that comes from the heart of nature. This material is used in the manufacture of elements used in construction. It is used in most buildings and in all kinds of weather conditions. Wood has many different types, so the quality of its different types varies. It is even possible that the wood from a sample of a plant or tree may have different qualities. Therefore, different types of wood are used for different purposes. Not bad to know that one of the factors affecting the quality of wood is its growth conditions.
    Types of wood
    In general, wood can be divided into two categories: natural and artificial:
    Natural wood
    Natural wood is referred to as forest tree wood, which has a natural color and texture and is found in many different types.
    Artificial wood
    Artificial wood is the product of natural wood processing and is more widely used than natural wood because of its resistance to water, heat, dust and high diversity. The price of artificial wood is more affordable than natural wood. Artificial wood is manufactured and supplied to customers in various types such as MDF, Polywood, Chipboard and HDF.
    Application of wood
    Wood is used for a variety of construction purposes, including door and window construction, load bearing members, building facades, flooring, walls, staircases, wooden beams and more.
    Brick
    Brick is a type of material used in the construction industry that was traditionally obtained from cooking bricks. Traditional adobe bricks were manufactured in both manual and machine ways and provided to the consumer. Bricks can be considered as one of the oldest building materials produced by clay and other materials in high-temperature brick kilns.
    Types of brick kilns
    The bricks heat according to their raw materials and application in different furnaces, including Hoffman furnace, tunnel furnace, and furnace furnace.
    Types of bricks
    To get acquainted with the types of bricks you can visit the link below, but briefly the types of these commonly used building materials include:
    Ordinary brick
    Pressed brick, white brick and Kazakh brick are common bricks used in construction.
    Clay brick (clay block)
    Clay bricks are lighter in weight than ordinary bricks and are divided into two types of ceiling and wall. In principle, to make it easier to attach to the mortar, it is manufactured in a perforated form.

    Introduction to all types of building materials

    Welding bricks
    Welding bricks are among the bricks that are very resistant to impact, lip banding, abrasion, chemicals, frost and lip filling. Welding bricks used for construction eventually absorb up to 5% water.
    Firebrick
    Refractory brick is highly resistant to heat, so it is used in environments with high temperatures. The main constituent of this brick is meltable clay. Refractory bricks are free of alkali or lime and are produced in different colors.
    Brick Paving
    Paving bricks are resistant to abrasion and water absorption and are used for paving various locations and flooring.
    Concrete
    Concrete is made from a mixture of water and cement, and the cement used is Portland cement. Special vibrators are used when making this product to prevent bubbles from forming which reduce concrete endurance.
    Concrete types
    heavy concrete
    The concrete used to make heavy aggregates is called heavy concrete. The weight of this concrete is between 1 and 2 kg / m3.
    Concrete
    Lightweight concrete is a concrete whose aggregates are light weight. If the concrete weight is less than 5 kg / m 2, it is considered to be lightweight concrete. Lightweight concrete is used to make concrete blocks.
    Porous concrete
    Concrete, which has multiple openings and holes for passage of water or air, is called porous concrete.
    Pro-concrete style
    Aerobic additives are used in the production of this concrete. Lightweight concrete is used in places where concrete can be thawed and solidified.
    High strength concrete
    High strength concrete has a strength above 1 MPa. When the water-to-cement ratio is reduced, the concrete becomes highly resistant. The mechanical properties of the concrete are very high and chemicals cannot damage it.
    Polymer concrete
    In this type of concrete, polymer materials are used to bond concrete aggregates, thus eliminating cement in its production. Polymeric materials significantly reduce the volume of cavities between aggregates.
    Self-compacting concrete
    Self-compacting concrete is a concrete that does not need vibration and is only compressed by its weight. This concrete is used for bulk concreting.
    Concrete application
    Concrete is a very durable material used for structural reinforcement. Concrete is used in different places according to its type but in general it is used for construction of bridges, dams, floors, tunnels, flooring and more.
    Iron
    Iron is one of the materials used in construction because of its high strength and high plasticity. In principle, these materials are not used purely, but are used as alloys. Steel, copper, cast iron, aluminum, steel and… are alloys of iron that each have different uses. Iron works increase the durability and strength of the structure, but their only drawback is their lack of resistance to rust and corrosion. Hence, different coatings are used for it.
    Application of iron
    Iron is used in the manufacture of all kinds of construction tools, beams, sheets, doors, corners, rebar, etc.
    Glass
    Glass is a light-weight, transparent material that is particularly useful in construction applications. Sand and silicates are used in the manufacture of this product. This material is very fragile, so stabilizers are used in its production to increase its resistance to various factors. Types of glass include colored glass, double glazed glass, fireproof glass, fireproof glass, secured glass, bent glass, reflex glass, opaque smart glass, etc. and are selected and used for different purposes depending on the strength. Opaque smart glass is one of the glassware used in today’s smart home. This glass adjusts the amount of light entering the building. For example, it automatically blurs during the day and returns to its original state at night. Smart glass significantly reduces the heating and cooling costs of a building.
    Types of glass
    Glasses are manufactured in different types for different applications. The most common glass used in the building is as follows:
    Colored glass
    The glass, as its name implies, comes in a variety of colors, absorbing the greatest amount of light and passing a small amount of it.
    Deluxe glass
    The glazed glass acts as a mirror. During the day, these jars block the view from inside the building but at night they lose their ability. Reflective glass reflects light spectrum and prevents it from entering the building.
    double glazed window
    The glass is made of two layers of glass, with space between them filled with argon gas. These jars play the role of thermal and sound insulation for the building and are very effective in reducing energy loss.

    Laminated Glass
    Unlike ordinary glass, when shattered by impact, the glass is not scattered around because it has a nylon layer between the layers of glass that holds the glass pieces together. Laminated glass is the most durable glass, consisting of several layers of glass that are bonded under pressure and heat by nylon layers.
    Tempered glass
    Secure glass is a type of glass that is produced by heat and cold. This glass can be used in places where heat and safety are important. In the construction industry, security glass is used to make door frames or places where human safety is significant.
    Bent glass
    The bent glass is of great interest to architects because of its arch shape. For example, the use of these glass panels for staircase wall panels demonstrates the incredible beauty of space.

    Application of glass
    Glass is used in door and window making, building facades, mirror making, skylights, glass tile, glass blocks, decorative elements, and more. These days, double glazing is used in door and window construction and reflex glass for building facades. The Curtain Wall facade is one of the all-glass views that give the city a unique look.
    Plaster
    Gypsum is a soft, white powder obtained from gypsum. It is derived directly from gypsum and no additives are used in its production.
    Types of plaster
    Plaster used for construction purposes are as follows:
    White Plaster
    The price of bleach plaster is very reasonable. This plaster is used to cover the surface and whiten the walls and the color is completely white.
    Micronized plaster
    This gypsum is produced from conventional gypsum processing. Micronized gypsum is used for killing, bleaching, plastering, etc.
    Ivory plaster
    Ivory plaster has a very fine grain size and long retention time. This material is used for killing the building, making prefabricated plaster panels, and so on.
    Chipboard plaster
    The adhesion of this type of gypsum is higher than other gypsum. This plaster can be applied on a variety of surfaces such as concrete blocks, foam surfaces, porous concrete surfaces and so on.
    Gypsum plasterboard
    It has good moisture resistance and prevents heat and sound transmission. Siwa gypsum comes from the combination of micronized gypsum with other additives. This type of plaster is suitable for underlayment.
    Application of plaster
    Plaster material is premature and used for mortar, whitewashing of walls and walls, building prefabricated panels, decorative elements and more.
    Cement
    Cement is a widely used material composed of calcareous materials such as aluminum oxide and silicon. It is produced in a very soft powder and is either bulked or packaged. Combining cement with water creates a hard material called concrete, which plays an important role in the reinforcement of various structures.
    Types of cement
    Portland cement
    Portland cement is one of the best quality cement used in construction. These cements are of type 1 to 4, each of which can be used in different locations depending on the capabilities and capabilities required.
    Colored cement
    Colored cement is created by adding pigments to white cement. This cement creates a smooth and uniform surface, so it is the best option for building facade coatings. The colored cement has high mechanical strength and does not crack.
    Refractory cement
    Refractory cement retains its resistance to high temperatures and heat shock, corrosive substances, sulfates, abrasion, impact, acidic water and so on. This cement hardens earlier than Portland cement.

    Introduction to all types of building materials

    Application of cement
    Cement is the most important material in construction and it is used for many purposes such as the manufacture of prefabricated parts, the construction of tunnels and bridges, road construction, concrete production and so on.
    Mortar
    Mortar is a sticky material that is made from a combination of several materials and is used to bond different materials together. Filler and adhesive are the two main components of mortar that make up the largest volume of mixing material. In the production of mortar, additives including aeration, lubricants, pozzolans, pigments, water preservatives, etc. are used to enhance mortar properties. For example, pozzolanic materials are added to mortar to prevent sulfate attack. Various mortars are used in construction projects
    All kinds of mortar
    Blue mortar
    Mortars that are manufactured for use in aquatic environments and which are hard to come by when exposed to water, are called water mortars. Water mortars include sand and lime mortar, sand and cement mortar, sand and lime mortar, etc.
    Air mortar
    Mortars such as mud straw and gypsum mortar that are dried and air-dried are called air mortars.
    Special mortar
    If additives are added to ordinary mortars, they will have the potential to be used in various locations. For example, cement mortars or pozzolanic lime are mortars that are highly resistant to chemicals and sulphate attack due to the addition of pozzolanic materials, hence for environments where sulphates may be attacked. Are appropriate. Also by adding sealant materials to mortar it can be used in places where water is exposed, such as pools, water sources, etc.
    New building materials
    With the advancement of science and technology and the use of new techniques in building materials, we are seeing more and more quality materials. These materials extend the life of the structure and are resistant to various factors. One of the technologies used in the production of materials is nanotechnology. Nanotechnology refers to adding nanoparticles to materials and enhancing their quality and efficiency. Nanotechnologies are well resistant to climate change, exhaustion, rust, degradation, water intrusion, sulfate attack, etc., and today have a special place. Also, as people move toward building smarts and applying energy-efficient principles, new materials called smart materials with unique capabilities are introduced. Smart glass is one of the materials used to reduce the cost of cooling and heating and to avoid energy loss. Among the new materials that are produced by consumers with the knowledge and expertise of the construction industry and consumers are the following:
    New types of materials
    Sponge Concrete
    Sponge concrete has the ability to remove water and remove it due to having hollow holes. The use of materials such as fly ash, silica gas, and slag in the production of this concrete protects it against cracking and degradation. Sponge concrete is used for grass infiltration, directing rainwater to underground surfaces, and so on.
    Prefabricated plaster panels
    Prefabricated plaster panels are among the newest materials used not only for the construction of false walls but also as a type of acoustic and thermal insulation that prevent heat transfer and noise.
    Polycarbonate sheet
    These thermoplastic sheets look like glass and can be used as a glass replacement as a new product. The weight of the polycarbonate sheet is very low and available in a variety of colors. One of the special features of this product is resistance to the sun’s rays and preventing them from passing. The polycarbonate sheet is used in the fabrication of the false ceiling.
    Thermal tile
    Thermal tile is one of those tiles that changes color with changing ambient temperature. These tiles are decorative and can be used in places such as the kitchen and the bathroom. Thermal tile plays the role of an insulator and is of high strength and durability.
    Smart opaque glass
    Smart glass is made based on the latest technology in the world and is used in smart homes to prevent energy loss. The glass is opaque or light due to the light and heat requirements of the building and is used not only for doors and windows but also for partitioning.
    Aluminum panels
    These aluminum panels consist of two sheets of aluminum that are interconnected with polyethylene and because of their high resistance to heat, freezing, water, impact and … are a good option for building facades.
    • Price of building materials
    • The construction industry uses different materials and materials, each with a specific price. The price of building materials is calculated based on numerous factors including:
    • Physical properties
    • mass
    • Volume
    • Density
    • chemical properties
    • Resistance to acidic substances
    • Resistance to alkalis
    • Corrosion resistance
    • Resistance to gases
    • Weather resistance
    • And …
    • mechanical properties
    • Elasticity
    • Creep
    • pushing resistance
    • hardship level
    • Strain
    • And …

    01/21/2020 By smart dg land Uncategorized
  • Understanding the stages of building from zero to one hundred

    Understanding the stages of building from zero to one hundred

    We all live in safe, comfortable homes, and usually when we walk into a building when the building is fully built, but many of us may not know how to build a home. For many of us, there may be a question as to what are the stages of construction and what to do at each stage. Many people who own a land, never having thought of building a building on their land because of the constant fear of getting into the construction phase, are always afraid. In this article, we are going to explain the steps of building from zero to 100.

    Steps of building a building;
    Pushing or pinning is one of the steps of building construction and is an operation to strengthen the building’s veneer. The legs are parts of a building that move the forces of the building to the ground, thereby reducing the vibration intensity and strengthening the building. The foundation operation must first be excavated; excavation is the removal of a large volume of soil, which results in a very large hole at least half a meter deep throughout the earth.
    If the height of the building to be constructed is not too high, low-level excavation is also called superficial excavation. This type of excavation can sometimes be done manually even with a pick and shovel. Deep construction is required for the construction of large buildings and tall towers, which will be done using excavators and drilling machines. Excavation is done to ensure that potential land meetings are held; in this case they are said to be excavated until they reach pristine land.

    In the pouring operation, the primary concrete does not come into contact with the soil directly; instead, a low layer of cement is called “cement except”, and then the foundations are laid on it. This will minimize the chance of corrosion and erosion of the legs. At this point, a map of the building where the foundations and other items are marked on the paper is also executed on the ground.

    Steps of building construction; building reinforcement
    Reinforcement is one of the most important stages of building construction which, if not done properly, threatens the strength of the building. The types of forces applied to concrete can be divided into compressive and tensile forces. The compressive strength of concrete is defined as the resistance that the concrete exhibits to its perpendicular forces. Tensile strength is also related to the resistance in which the forces are reciprocated into the concrete. Concrete has high compressive strength but is very fragile and weak against tensile forces.
    Reinforcement as one of the stages of building construction is precisely for this purpose to increase the tensile strength of concrete. Reinforcing bars are joined by welding or metal fastening to increase the tensile strength of the concrete. In fact, all tensile forces applied to the building are inserted into the bars. For small concrete construction, reinforcements with a diameter of 12 mm or less are used; however, for large concrete structures 13 mm, 16 mm and 20 mm diameters are used.

    Reinforcement is used as one of the stages of construction in a concrete building and is of particular sensitivity, so the error rate should be as low as possible, otherwise it would pose a threat to the safety of the building.

    Understanding the stages of building from zero to one hundred

    Process of building; molding and concrete building
    Molding is another process of building a concrete building that uses wooden or metal pieces to form concrete. In the concrete stage, the concrete is soft before being hardened and may collapse; therefore, the presence of molds ensures that the concrete retains its shape until hardened and with high resistance to cohesion.
    At this point, the molds must be carefully mounted and tightened; otherwise they may open during operation due to pressures and may damage the concrete. In Iran, the use of wooden molds for concrete building concrete is more common; since mold boards may adhere to wet concrete at the time of molding, surface them with special greasy oils to prevent this from happening. Also, greasing the boards will prevent the moisture of the concrete from spreading to the wood and make the concrete firmly firm.
    Molding is also particularly sensitive during the construction process; for example, when lubricating the molds, it is important to ensure that the oil does not spread to the reinforcement; . The molding for the different parts of the building is done in certain ways; these are: columns, foundations, main beams and ceiling and all of them must be molded.

    Construction stages; steel structure of the building
    In this section, we will explain how to install steel structure in non-concrete buildings. It should be noted that all stages of construction in concrete and metal building are the same and the only difference between these two types is in the skeletal stage. In this method, columns, bridges and beams are first constructed and then stairs are placed between the floors. Columns are made before other parts.
    The types of columns in a steel structure are divided into three categories depending on the load on them:
    The first batch is the middle columns centered on the square with the total load applied to them.
    The second batch is the sidebars, which are cut in half.
    The third category is the corner columns, which are accessed a quarter of the time.
    In executing the steel framework, the columns must be carefully welded together, and any pores in the welds can interfere with the overall strength of the skeleton. Metal columns should also be pre-stained with stainless steel. If the stainless steel is not used to cover the columns, it will subsequently oxidize or rust, resulting in corrosion, which destroys their strength.

    Construction stages; vector molding and finishing works
    At this point, the jaws are placed beneath the molds to withstand the forces for a specified period of time until the molds become firm. After executing the steel structure or molding in the concrete building, it is the staircase and the creation of pavilions. Wall and ceiling insulation should then be installed, including acoustic and thermal insulation. The insulation is usually carried out within a short period of time in the construction process, followed by various plumbing and installations.
    After the piping is completed and the pipes are insulated, it is time to place the pottery and the main materials in the walls. Concrete is sprayed on the walls where the work is completed. This is usually done with special machines that push the concrete out. However, in some cases for small buildings this may be done manually. Bleaching is another process of building after concrete spraying, and it can be said that the final work on the walls and ceiling is done at this stage. Finally, exterior design is based on previous designs and installation of accessories such as boilers, cabinets and more.

    Some important points
    It is necessary to explain that prior permission for the construction process must be obtained from the relevant institutions. The building permit is one of the most important basic permits that must be obtained before construction begins; otherwise, the municipality will prevent any construction operations.
    Another point to note is the comparison between the concrete structure and the steel structure; each has advantages and disadvantages. For example, the steel structure is less resistant to fire and heat, but on the other hand it is much faster than the concrete structure and will speed up the construction process faster because the steel structure can be run simultaneously in all parts. Be. The cost of steel used in the steel structure is higher than that of steel in concrete construction; also, since mortgages on construction projects are paid on completion of the construction process, concrete buildings can be repaid after the completion of each floor. Received and financed the construction of the other floors.

    However, in buildings constructed of steel, the relevant loans can only be obtained at the end of the entire construction. Steel structures have longer lifespan than concrete structures and also have decay value, meaning that when steel buildings are demolished, steel skeletons can be sold as second-hand, but there is nothing to demolish concrete buildings. . Given the issues raised, it is not absolutely possible to choose between these two types of structures, but it must be determined depending on the type of building and its type of use.

    01/18/2020 By smart dg land news arch
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