دورات هندسية متخصصه ومخفضة بمدينة الرياض , دورات هندسية بالرياض
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Khorasani structures are among the most important historical buildings that are characterized by unique and distinguished design. These structures carry within them a lot of engineering and construction knowledge that has been developed over the ages. Khorasani structures are known for their durability, strength, and ability to withstand weather conditions, earthquakes, heavy loads, and pressures resulting from use.
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To achieve this durability and strength, a precise design and structural analysis are carried out for Khorasani structures, using many advanced engineering techniques and technologies that have been developed over the ages.
Khorasani structures are characterized by circular, square, and rectangular designs, and these designs rely on the use of stone, clay, brick, and wood as basic materials in construction. These materials are characterized by durability, strength, and the ability to withstand heavy loads, and they provide effective thermal and sound insulation.
Structural analysis of Khorasani structures is carried out using many advanced engineering techniques and technologies such as engineering modeling, 3D structural analysis, finite element analysis, dynamic vibration analysis, structural analysis of live loads, flowing water, wind, and earthquakes.
The techniques of structural design for Khorasani structures rely on many important factors, such as optimal use of construction materials, precise design of walls, domes, columns, and foundations, as well as the development of structural support systems, improving thermal and sound insulation, providing natural lighting, and good ventilation.
Earthquakes are one of the most significant challenges facing Khorasani structures. Structural engineers have developed many techniques to help Khorasani structures withstand earthquakes, including the use of flexible materials such as wood, which reduces the impact of earthquakes on structures, the use of seismic isolators to absorb vibrations, and the development of new seismic-resistant designs.
