The Study of BP Neural Network in Predicting Concrete Strength
p.6169
p.6169
Accuracies of Finite Beam Element in Prediction of Inelastic Material Behaviors
p.6174
p.6174
Simulation of Hydrostatic Drive System of Crawler Bulldozer
p.6178
p.6178
Research on Optimizing Precast Water Head on Preloading Filling Spiral Case of a Large-Scale Hydropower Station
p.6183
p.6183
Optimization Design of the Gas Station Roof Based on Analysis
p.6188
p.6188
Research and Development of Post-Process Software System Based on 3D Solid Model for New Type Residence Structure
p.6192
p.6192
Collapsed Form Simulation of Styles of Different Structures under Earthquake Based on ANSYS/LS-DYNA
p.6197
p.6197
Numerical Simulation of Progressive Collapse and Study of Resisting Progressive Collapse of Spatial Grid Structures Based on ANSYS/LS-DYNA
p.6202
p.6202
Numerical Simulation of Earth-Contact Heat Transfer
p.6206
p.6206
Optimization Design of the Gas Station Roof Based on Analysis
Abstract:
A mathematic model on the optimum design of the gas station roof was established, and made an optimization to its grid structure parameters by the finite element software ANSYS.According to the actual condition of work and on the premise of meeting the need, the minimum cross section of the grid structure was determined. The results indicate that materials and cost can evidently decreased by optimum analysis method.
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Periodical:
Advanced Materials Research (Volumes 243-249)
Pages:
6188-6191
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Online since:
May 2011
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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