The Optimization Design of the Explosion-Proof Steel Frame Structure Considering the Material Plastic

Ya Ting Zang; Yong Sheng Zhang

doi:10.4028/www.scientific.net/AMR.243-249.160

Paper Titles

Equivalent Slenderness Ratio Method for Design of T-Struts Subject to Compressive Force
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Experimental Study of Corroded RC Beams Strengthened with CFRP under Fatigue and Monotonic Loads
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Nonlinear Full-Range Analysis of Steel Reinforced Concrete L-Shaped Columns
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Measurement and Prediction of Absorption of Cementitious Systems Using RILEM Vacuum Saturation Method
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The Optimization Design of the Explosion-Proof Steel Frame Structure Considering the Material Plastic
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Non-Destructive Testing for Concrete: Dynamic Modulus and Ultrasonic Velocity Measurements
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Factors Influencing Maximum and Residual Deformations of SDOF Systems Subjected to Large Ground Motions
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Thermal Environment of Traditional Dwelling Houses in Dry Hot and Dry Cold Climate Zone of China in Winter
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Study on Dynamic Load Identification with Precision Integration Method
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 243-249The Optimization Design of the Explosion-Proof...

The Optimization Design of the Explosion-Proof Steel Frame Structure Considering the Material Plastic

Abstract:

Taking the structure construction cost as the optimized goal, the optimization design is carried on the steel frame structure considering the material plastic, under the explosion load. According to the prevailing steel structure design codes GB50017-2002, the model of steel frame structures is established. The results show that the theory and calculation method is reasonable, which will have a guide in the future.