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Results: 1-9 |
Results: 9
LINEAR COMPLEMENTARY FORMULATIONS INVOLVING FRICTIONAL CONTACT FOR ELASTOPLASTIC DEFORMABLE-BODIES (VOL 64, PG 88, 1997)
Authors: LI MC SHA DS TAMMA KK
Citation: Mc. Li et al., LINEAR COMPLEMENTARY FORMULATIONS INVOLVING FRICTIONAL CONTACT FOR ELASTOPLASTIC DEFORMABLE-BODIES (VOL 64, PG 88, 1997), Journal of applied mechanics, 64(2), 1997, pp. 374-374
LINEAR COMPLEMENTARY FORMULATIONS INVOLVING FRICTIONAL CONTACT FOR ELASTOPLASTIC DEFORMABLE-BODIES
Authors: LI MC SHA DS TAMMA KK
Citation: Mc. Li et al., LINEAR COMPLEMENTARY FORMULATIONS INVOLVING FRICTIONAL CONTACT FOR ELASTOPLASTIC DEFORMABLE-BODIES, Journal of applied mechanics, 64(1), 1997, pp. 80-89
VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .2. (VOL 20, PG 195, 1995)
Authors: SHA DS CHEN XQ TAMMA KK
Citation: Ds. Sha et al., VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .2. (VOL 20, PG 195, 1995), Finite elements in analysis and design, 22(3), 1996, pp. 265-265
VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .1. (VOL 20, PG 179, 1995)
Authors: SHA DS CHEN XQ TAMMA KK
Citation: Ds. Sha et al., VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .1. (VOL 20, PG 179, 1995), Finite elements in analysis and design, 22(3), 1996, pp. 265-265
ROBUST EXPLICIT COMPUTATIONAL DEVELOPMENTS AND SOLUTION STRATEGIES FOR IMPACT PROBLEMS INVOLVING FRICTION
Authors: SHA DS TAMMA KK LI MC
Citation: Ds. Sha et al., ROBUST EXPLICIT COMPUTATIONAL DEVELOPMENTS AND SOLUTION STRATEGIES FOR IMPACT PROBLEMS INVOLVING FRICTION, International journal for numerical methods in engineering, 39(5), 1996, pp. 721-739
EXPLICIT UNCONDITIONALLY STABLE APPROACHES FOR BUILT-UP SHELL STRUCTURAL CONFIGURATIONS
Authors: CHEN XQ TAMMA KK SHA DS
Citation: Xq. Chen et al., EXPLICIT UNCONDITIONALLY STABLE APPROACHES FOR BUILT-UP SHELL STRUCTURAL CONFIGURATIONS, AIAA journal, 34(8), 1996, pp. 1725-1733
VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .1. THEORY FOR LINEAR STRUCTURAL DYNAMICS
Authors: SHA DS CHEN XQ TAMMA KK
Citation: Ds. Sha et al., VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .1. THEORY FOR LINEAR STRUCTURAL DYNAMICS, Finite elements in analysis and design, 20(3), 1995, pp. 179-194
VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .2. THEORY FOR NONLINEAR STRUCTURAL DYNAMICS
Authors: CHEN XQ TAMMA KK SHA DS
Citation: Xq. Chen et al., VIRTUAL-PULSE TIME INTEGRAL METHODOLOGY - A NEW APPROACH FOR COMPUTATIONAL DYNAMICS .2. THEORY FOR NONLINEAR STRUCTURAL DYNAMICS, Finite elements in analysis and design, 20(3), 1995, pp. 195-204
CONJUGATE-GRADIENT BASED PROJECTION - A NEW EXPLICIT COMPUTATIONAL METHODOLOGY FOR FRICTIONAL CONTACT PROBLEMS
Authors: TAMMA KK LI MC SHA DS
Citation: Kk. Tamma et al., CONJUGATE-GRADIENT BASED PROJECTION - A NEW EXPLICIT COMPUTATIONAL METHODOLOGY FOR FRICTIONAL CONTACT PROBLEMS, Communications in numerical methods in engineering, 10(8), 1994, pp. 633-648
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