References
- SAE 1999-01-3208 The Effect of Forming on the Crashworthiness of Vehicles with Hydroformed Frame Siderails T.Dutton;S.Iregbu;R.Sturt;A.Kellicut;B.Cowell;K.Kavikondala
- Engineering Computations v.18 no.5;6 Comparative Crash Simulations Incorporating the Results of Sheet Forming Analyses S.H.Lee;C.S.Han;S.I.Oh;P.Wriggers https://doi.org/10.1108/EUM0000000005786
- Proc. 6th USNCCM Collapse Analysis of an Auto-Body Structure by a Finite Element Limit Method K.P.Kim;H.Huh
- Key Engineering Materials v.233-236 Collapse Analysis of Auto-Body Strucutures Considering the Effect of Fabriation K.P.Kim;H.Huh https://doi.org/10.4028/www.scientific.net/KEM.233-236.737
- Proc. HANPAM'99 Crash Simulation Considered Influence of Stamping H.Mikami;H.Suzuki;M.Ishizawa;Y.Matsuoka
- Proc. KSAE Spring Conference The Evaluation of Crashworthiness of Vehicle Parts with Forming Effect H.S.Kim;S.O.Hong;S.G.Hong;K.P.Kim;H.Huh
- Proc. NUMIFORM'95 Numerical Simulation of Rectangular Cup Drawing Process with Drawbeads H.Huh;S.S.Han
- SAE 930517 Drawbead Penetration as a Control Element of Material Flow J.Cao;M.C.Boyce
- J. Mater. Process. Technol. v.63 Draw-bead Simulation by an Elasto-Plastic Finite Element Method with Directional Reduced Integration T.H.Choi;H.Huh;B.K.Chun;J.H.Lee https://doi.org/10.1016/S0924-0136(96)02704-5
- Proc. NUMISHEET'99 Equivalent Drawbead Performance in Deep Drawing Simulations T.Meinders;H.J.M.Geijselasers;J.Huetink
- Proc. 7th International Symposium on Ballistics A Constitutive Model and Data for Metals Subjected to Large Strains, High Strain Rates and High Temperatures G.R.Johnson;W.H.Cook
- Experimental Mechanics v.42 no.1 Verification of Tension Split Hopkinson Bar to Identify the Dynamic Behavior of Sheet Metals W.J.Kang;H.Huh https://doi.org/10.1007/BF02411046
- Int. J. Automotive Technology v.4 no.3 Crashworthness Assessment of Side Impact of an Auto-Body with 60TRIP Steel for Side Members H.Huh;J.H.Lim;J.H.Song;K.S.Lee;Y.W.Lee;S.S.Han