1 Deng, D., "Theoretical prediction of welding distortion considering positioning and gap between parts" 14 (14): 138-144, 2004
2 Luo, Y., "Prediction of welding deformation and residual stress by elastic FEM based on inherent strain (Report I)" 26 (26): 49-57, 1997
3 W. Liang, "Prediction of Welding Distortion by Elastic Finite Element Analysis using Inherent Deformation Estimated Through Inverse Analysis" Springer Science and Business Media LLC 49 (49): 30-39, 2005
4 Dean Deng, "Numerical simulation of welding distortion in large structures" Elsevier BV 196 (196): 4613-4627, 2007
5 Donghan Woo, "Method to systemically order welding sequence to efficiently mitigate welding displacement of a general ship grillage structure" Informa UK Limited 15 (15): 753-768, 2020
6 Japan Shipbuilding Research Association, "Japan Shipbuilding Research Association No. 237 Research Subcommittee (SR237): Research on Advanced Machine Accuracy Management Technology (Total Joint Report)" Japan Shipbuilding Research Association 113-120, 2000
7 Y Ueda, "Experimental verification of a method for prediction of welding residual stresses in T joints using inherent strains 4th report: Method for prediction using source of residual stress" Informa UK Limited 7 (7): 863-869, 1993
8 Kunihiko Satoh, "Effect of Welding Conditions on Residual Stresses Distributions in Welded Structures Materials" Japan Welding Society 45 (45): 150-156, 1976
1 Deng, D., "Theoretical prediction of welding distortion considering positioning and gap between parts" 14 (14): 138-144, 2004
2 Luo, Y., "Prediction of welding deformation and residual stress by elastic FEM based on inherent strain (Report I)" 26 (26): 49-57, 1997
3 W. Liang, "Prediction of Welding Distortion by Elastic Finite Element Analysis using Inherent Deformation Estimated Through Inverse Analysis" Springer Science and Business Media LLC 49 (49): 30-39, 2005
4 Dean Deng, "Numerical simulation of welding distortion in large structures" Elsevier BV 196 (196): 4613-4627, 2007
5 Donghan Woo, "Method to systemically order welding sequence to efficiently mitigate welding displacement of a general ship grillage structure" Informa UK Limited 15 (15): 753-768, 2020
6 Japan Shipbuilding Research Association, "Japan Shipbuilding Research Association No. 237 Research Subcommittee (SR237): Research on Advanced Machine Accuracy Management Technology (Total Joint Report)" Japan Shipbuilding Research Association 113-120, 2000
7 Y Ueda, "Experimental verification of a method for prediction of welding residual stresses in T joints using inherent strains 4th report: Method for prediction using source of residual stress" Informa UK Limited 7 (7): 863-869, 1993
8 Kunihiko Satoh, "Effect of Welding Conditions on Residual Stresses Distributions in Welded Structures Materials" Japan Welding Society 45 (45): 150-156, 1976