1 Matteo Bruggi, "Topology optimization for minimum weight with compliance and stress constraints" Springer Nature 46 (46): 369-384, 2012
2 J. Rao, "Three-dimensional shape optimization through design of experiments and meta models in crash analysis of automobiles" SAE 2013
3 G. Zhou, "The lightweight of auto body based on topology optimization and sensitivity analysis" SAE 2015
4 Daw-Kwei Leu, "Springback prediction of the vee bending process for high-strength steel sheets" 대한기계학회 30 (30): 1077-1084, 2016
5 J.-S. Park, "Optimal Latin-hypercube designs for experiments" Elsevier
6 M. Rajasekaran, "Multi-Objective Optimization of Material Layout for Body-In-White using Design of Experiments" MAFTREE 8 (8): 2016
7 J. Christensen, "Lightweight hybrid electrical vehicle structural topology optimisation investigation focusing on crashworthiness" 3 (3): 113-,
8 Qiao Lyu, "Implementation of design of experiment for structural optimization of annular jet pumps" 대한기계학회 30 (30): 585-592, 2016
9 N. Gnanasekar, "Finite element simulation of knuckle and strut arm column assembly for automotive steering system" 7 (7): 17-22,
10 Bingrong Miao, "Evaluation of Railway Vehicle Car Body Fatigue Life and Durability using a Multi-disciplinary Analysis Method" MAFTREE 1 (1): 2009
1 Matteo Bruggi, "Topology optimization for minimum weight with compliance and stress constraints" Springer Nature 46 (46): 369-384, 2012
2 J. Rao, "Three-dimensional shape optimization through design of experiments and meta models in crash analysis of automobiles" SAE 2013
3 G. Zhou, "The lightweight of auto body based on topology optimization and sensitivity analysis" SAE 2015
4 Daw-Kwei Leu, "Springback prediction of the vee bending process for high-strength steel sheets" 대한기계학회 30 (30): 1077-1084, 2016
5 J.-S. Park, "Optimal Latin-hypercube designs for experiments" Elsevier
6 M. Rajasekaran, "Multi-Objective Optimization of Material Layout for Body-In-White using Design of Experiments" MAFTREE 8 (8): 2016
7 J. Christensen, "Lightweight hybrid electrical vehicle structural topology optimisation investigation focusing on crashworthiness" 3 (3): 113-,
8 Qiao Lyu, "Implementation of design of experiment for structural optimization of annular jet pumps" 대한기계학회 30 (30): 585-592, 2016
9 N. Gnanasekar, "Finite element simulation of knuckle and strut arm column assembly for automotive steering system" 7 (7): 17-22,
10 Bingrong Miao, "Evaluation of Railway Vehicle Car Body Fatigue Life and Durability using a Multi-disciplinary Analysis Method" MAFTREE 1 (1): 2009
11 R. G. Boeman, "Development of a cost competitive, composite intensive, body-in-white" SAE 2002
12 Y. Y Yim, "Developement of optimal design program for vehicle side body considering the BIW stiffness and light weight" SAE 2007
13 P. Calvo, "Design optimization of hybrid body-in-white" SAE 2013
14 M. Khani, "Design of lightweight magnesium car body structure under crash and vibration constraints" Elsevier 99-108, 2014
15 G. Peterson, "Cost-effectiveness of a lightweight BIW design for 2020-2025: An assessment of a midsize crossover utility vehicle body structure" SAE 2013
16 J. Conklin, "BIW design and CAE" SAE 2015
17 A. V. Londhe, "A systematic approach for weight reduction of BIW panels through optimization" SAE 2010
18 A. V. Londhe, "A systematic approach for weight reduction of BIW panels through optimization" SAE 2010
19 Y. W. Lee, "A study on the improvement of the structural joint stiffness for Aluminum BIW" SAE 1997
20 Q. Zhang, "A simulation analysis and optimization of mode and stiffness of BIW, SAE-China" Springer-Verlag berlin Heidelberg 2013
21 B. Liu, "A research on the body-inwhite (BIW) weight reduction at the conceptual design phase" SAE 2014
22 M. Rajasekaran, "A new minimal part breakup body-inwhite design approach and optimized material map strength assessment" 78 (78): 17-22, 2016
23 D. Baskin, "A case study in structural optimization of an automotive body-in-white design" SAE 2008