Dynamic behaviour of pipelines in power plants

Keyphrases

• Power Plant 100%
• Dynamic Behavior 100%
• Pipe Breaks 100%
• ABAQUS 66%
• Special Purpose 66%
• Three-dimensional Solid Element 66%
• Elbow 66%
• Inner Pressure 66%
• Pipe Whip 66%
• Stiffness 33%
• Nuclear Power Plant 33%
• Steel Material 33%
• Material Properties 33%
• Detailed Model 33%
• Large Animal Model 33%
• Saving Time 33%
• Rate Dependence 33%
• Element Property 33%
• Wall Thickness 33%
• Stress Distribution 33%
• Sensitivity Study 33%
• Finite Element Code 33%
• Timing Error 33%
• Mesh Density 33%
• Compression Simulation 33%
• Eigenmodes 33%
• Guillotine 33%
• Numerical Error 33%
• Spring Element 33%
• Pipe Steel 33%
• Shell Element 33%
• Linear Analysis 33%
• Line Section 33%
• Post-yield Behavior 33%
• Short pipe 33%
• Static Compression 33%
• Flexural Stiffness 33%
• Shell Element Model 33%
• Long pipe 33%
• Model Adequacy 33%
• Element Type 33%
• Pipe Elbow 33%
• Solid Element Model 33%
• Dynamic Excitation 33%
• Nonlinear Dynamic Analysis 33%

Engineering

• Simple Model 100%
• Abaqus 100%
• Dynamic Behavior 100%
• Solid Element 100%
• Cross Section 100%
• Electric Power Plant 100%
• Element Model 50%
• Detailed Model 50%
• Nuclear Power Plant 50%
• Element Property 50%
• Steel Pipe 50%
• Sensitivity Study 50%
• Element Type 50%
• Adequate Model 50%
• Eigenmode 50%
• Analysis Type 50%
• Line Section 50%
• Rate Dependence 50%
• Flexural Stiffness 50%
• Plant Pipeline 50%
• Pipe Axis 50%
• Structural Element 50%
• Non-Linear Dynamics 50%
• Finite Element Analysis 50%

INIS

• dynamics 100%
• pipelines 100%
• power plants 100%
• pipes 100%
• restraints 35%
• simulation 14%
• comparative evaluations 14%
• stiffness 14%
• solids 14%
• cross sections 14%
• shells 14%
• pipe whip 14%
• decay 7%
• levels 7%
• density 7%
• risks 7%
• thickness 7%
• geometry 7%
• modeling 7%
• distribution 7%
• damage 7%
• errors 7%
• nonlinear problems 7%
• excitation 7%
• finite element method 7%
• walls 7%
• equipment 7%
• nuclear power plants 7%
• yields 7%
• reliability 7%
• steels 7%
• compression 7%
• sensitivity analysis 7%
• springs 7%