prestressed building construction steel denizliin izmirin autocad afyon antalya burdur insaatmuhendisi izmir mimar mimariproje sap2000 stahlbau stellbuilding stellconstruction stellstructure tekla weld welding concrete architecture civilengineering engineering civil prestressed_concrete
Setup and use of a prestressed T-beam & Block flooring casting bed. These casting Beds can be made to different lengths and different beam profiles to suit the precast concrete manufacturer's requirements.
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Fig. 1 shows a concrete beam which is supported on both ends, acting as a bridge. If a heavy load such as a truck were to move over it, the beam would bend. This would cause the bottom part of it to crack, as the concrete there would be pulled apart by lateral tensile forces, as shown in Fig. 2. To remedy this, a steel cable is passed through the concrete, reinforcing it against the tensile force acting upon it. Fig. 3 shows this reinforced concrete at work.
Now, to increase the concrete's strength further, the steel cable is first stretched by applying external pulling forces to it at both the ends. Then, liquid concrete is poured over it and allowed to set, with the stretched steel cable in the middle of the structure. Once the concrete hardens to a certain level, the external pulling forces on the steel rod are removed. The steel #cable immediately tries to regain its original size and in the process, compresses the surrounding #concrete, making it harder, resulting in the formation of prestressed concrete. This is shown in Fig4 #Fig. 1 shows a concrete beam which is supported on both ends, acting as a bridge. If a heavy load such as a truck were to move over it, the beam would bend. This would cause the bottom part of it to crack, as the concrete there would be pulled apart by lateral tensile forces, as shown in Fig. 2. To remedy this, a steel cable is passed through the concrete, reinforcing it against the tensile force acting upon it. Fig. 3 shows this reinforced concrete at work.
Now, to increase the concrete's strength further, the steel cable is first stretched by applying external pulling forces to it at both the ends. Then, liquid concrete is poured over it and allowed to set, with the stretched steel cable in the middle of the structure. Once the concrete hardens to a certain level, the external pulling forces on the steel rod are removed. The steel cable immediately tries to regain its original size and in the process, compresses the surrounding concrete, making it harder, resulting in the formation of prestressed concrete. This is shown in Fig4 #Prestressed Concrete
پروژه ای خاص با ویژگیهای خاص در دانشگاه یاسوج
ساختمانی با کنسول 29.80 متری بدون ستون
نام پروژه : ساختمان دوطبقه ورزشی
(شامل سالن های بدنسازی، ورزش های رزمی، کشتی، تنیس روی میز،شطرنج، تیراندازی با تپانچه و واحد اداری تربیت بدنی)
زیربنای پروژه 1400 مترمربع
کارفرما:دانشگاه یاسوج
طراحی معماری، طراحی سازه، طراحی تاسیسات الکتریکی و مکانیکی و نظارت: واحد طرحهای عمرانی دانشگاه یاسوج
طراح معماری: مجتبی راستگو
طراح سازه ای: دکتر غلامی و مهندس حسینیان
طراح تاسیسات مکانیکی: مهندس خلیلی
تیم نظارت سازه ای: مهندس حسینیان و مهندس صادقی
ویژگی های پروژه:
نمای بتن اکسپوز
دهانه آزاد 12.80 متر
ارتفاع سازه ای طبقات
طبقه همکف 6.20 متر
طبقه اول 5.00 متر
دارای سازه ویژه ؛ کنسول به طول 29.50 متر طول
#دانشگاه_یاسوج
#سازه_بتنی
#کنسول۳۰متری
#سازه_خاص_بتنی
#سازه_بدون_ستون
#دفتر_فنی
#مجموعه_ورزشی
#ایران
#عمران
#معماری
#دکتر_محمودرضا_رحیمی
#مجتبی_راستگو
#مهندس_حمید_حسینیان
#پیش_تنیده .............
A special project at Yasouj University
Building with 29.80 meters without pillars
Project Name: Sports Building
(Including gyms, martial arts, wrestling, table tennis, chess, pistol shooting, and physical education unit)
Infrastructure of the project is 1400 square meters
Employer: Yasouj University
Design and Supervision: Department of Civil Engineering Yasouj University
Architectural Designer: Mojtaba Rastgoo
Structural Designer: Dr. Gholami and Engineer Hosseinian
Designer of mechanical installations: Khalili engineer
Structural Monitoring Team: Engineer Hosseinian and Engineer Sadeghi
Project Features:
Exposure Concrete View
Free crater 12.80 m
Structural height of floors
Ground floor 6.20 m
The first floor is 5.00 meters
Special structure; 29.5 meters long console
#University_of_Technology
#Concrete_Structures
#30-meter_console
#Structural_Content
#Structure_don_stone
#technical_office
#sports Complex
#Iran
#Construction
#Architecture
#Dr_Mohammadreza_Rahimi
#Mojtaba_Rastugu
#Engineer_Hamid_Hosinian
#Prestressed
Monostrand unbonded post-tensioning system.
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Building construction.
#engineeringandarchitecture #engineering #architecture #civilengineering #structures #structural #reinforcedconcrete #reinforcement #concrete #prestressed #design #structure #foundations #soil #geotechnical #teknik #technik #animation #3d #civil3d #autocad #excavation #construction #engenhariacivil #ingenieriacivil #engenharia #building #constructionlife #structure #panel
Çelik konstrüksiyon ve öngermeli boşluklu döşemeli kompozit yapımız klasik sistemlere göre kalıp iskele ve beton işçiliğinden tasarruf sağlamaktadır.
#precast #prefabrik #сборный #стальная #консультация #denizliinşaat #endustriyelyapi #fabrika #sanayi #mimarlik #prestressed #ongermelibeton #çelikkonstrüksiyon #steelbuilding #steelstructure #stahlbau