Preface, Organizing Committee, Reviewers and Sponsors
3D Simulation of Stress-Strain State of Plasma Arc Surfacing by CAD/CAE Software Sysweld
p.1
p.1
Methodology for Reparation of Damaged Sleeves and Welded Shield Sections of Guide Vanes at Hydropower Plant DJERDAP 1
p.8
p.8
Analysis of Current State and Integrity Evaluation for the Supply Tank of Generation Unit 6 of Thermal Power Plant Nikola Tesla ”A”, Obrenovac
p.14
p.14
Research on Argon Protection when Using WIG Welding
p.20
p.20
Ways of Numerical Prediction of Austenitic Grain Size in Heat-Affected Zone of Welds
p.25
p.25
Application of Numerical Simulations at Welding Multilayer Welds from the Material X22CrMoV12-2
p.31
p.31
Enhanced Joint Properties by Magnetic Pulse Crimping with Filler Material
p.37
p.37
Alternate Design Solutions for Reduced Stress Concentration Factor (SCF) T Joints of Circular Hollow Structures
p.44
p.44
3D Simulation of Stress-Strain State of Plasma Arc Surfacing by CAD/CAE Software Sysweld
Abstract:
The deformation process during the plasma arc surfacing is analyzed by CAD/CAE software SysWeld under Visual Environment using 3D simulation. The aim of simulation is visualization of a temperature field and a stress-strain state distribution as resul ts of surfacing under typical technological parameters of plasma arc processing which could be used for education. Key w ords : CAD/CAE simulation , plasma arc surfacing , stress-strain state
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Periodical:
Advanced Materials Research (Volume 1029)
Pages:
1-7
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Online since:
September 2014
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© 2014 Trans Tech Publications Ltd. All Rights Reserved
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