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Pian, Theodore Hsueh-huang

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Author ID: pian.theodore-hsueh-huang Recent zbMATH articles by "Pian, Theodore Hsueh-huang"
Published as: Pian, T. H. H.; Pian, Theodore H. H.; Pian, Theodore Hsueh-huang
Documents Indexed: 69 Publications since 1950, including 2 Books
Biographic References: 2 Publications

Publications by Year

Citations contained in zbMATH Open

54 Publications have been cited 930 times in 573 Documents Cited by Year
Rational approach for assumed stress finite elements. Zbl 0544.73095
Pian, T. H. H.; Sumihara, K.
213
1984
Basis of finite element methods for solid continua. Zbl 0252.73052
Pian, Theodore H. H.; Tong, Pin
72
1969
A hybrid-element approach to crack problems in plane elasticity. Zbl 0264.73113
Tong, Pin; Pian, T. H. H.; Lasry, S. J.
52
1973
Hybrid and incompatible finite element methods. Zbl 1110.65003
Pian, Theodore H. H.; Wu, Chang-Chun
43
2006
Relations between incompatible displacement model and hybrid stress model. Zbl 0593.73068
Pian, Theodore H. H.; Tong, Pin
40
1986
Alternative ways for formulation of hybrid stress elements. Zbl 0497.73080
Pian, Theodore H. H.; Chen, Da-Peng
39
1982
A variational principle and the convergence of a finite-element method based on assumed stress distribution. Zbl 0167.52805
Tong, P.; Pian, T. H. H.
38
1969
Improvement of plate and shell finite elements by mixed formulations. Zbl 0368.73067
Lee, S. W.; Pian, T. H. H.
36
1978
An eight-node hybrid-stress solid-shell element for geometric nonlinear analysis of elastic shells. Zbl 1058.74638
Sze, K. Y.; Chan, W. K.; Pian, T. H. H.
32
2002
A rational approach for choosing stress terms for hybrid finite element formulations. Zbl 0661.73045
Pian, Theodore H. H.; Wu, Changchun
32
1988
On the suppression of zero energy deformation modes. Zbl 0537.73059
Pian, Theodore H. H.; Chen, Dapeng
32
1983
State-of-the-art development of hybrid/mixed finite element method. Zbl 0875.73310
Pian, Theodore H. H.
27
1995
New strategy for assumed stresses for 4-node hybrid stress membrane element. Zbl 0772.73086
Yuan, Kuan-Ya; Huang, Yeong-Shyang; Pian, Theodore H. H.
24
1993
Finite element methods by variational principles with relaxed continuity requirement. Zbl 0303.49027
Pian, T. H. H.
22
1973
Consistency condition and convergence criteria of incompatible elements: General formulation of incompatible functions and its application. Zbl 0623.73077
Wu, Changchun; Huang, Maoguang; Pian, Theodore H. H.
19
1987
A new formulation of hybrid/mixed finite element. Zbl 0498.73073
Pian, Theodore H. H.; Chen, Da-Peng; Kang, David
19
1983
The convergence of finite element method in solving linear elastic problems. Zbl 0149.42802
Tong, P.; Pian, T. H. H.
18
1967
Finite elements based on consistently assumed stresses and displacements. Zbl 0575.73088
Pian, Theodore H. H.
17
1985
On the convergence of the finite element method for problems with singularity. Zbl 0261.73049
Tong, Pin; Pian, Theodore H. H.
14
1973
Finite element formulation by variational principles with relaxed continuity requirements. Zbl 0274.65033
Pian, Theodore H. H.
12
1972
Finite element methods in continuum mechanics. Zbl 0259.73035
Pian, Theodore H. H.; Tong, Pin
12
1972
Inverse mapping and distortion measures for quadrilaterals with curved boundaries. Zbl 0796.73068
Yuan, Kuan-Ya; Huang, Yeong-Shyang; Pian, Theodore H. H.
8
1994
Large deflection analysis of thin elastic structures by the assumed stress hybrid finite element method. Zbl 0347.73057
Boland, P. L.; Pian, T. H. H.
8
1977
Variational principles for incremental finite element methods. Zbl 0356.73060
Pian, Theodore H. H.
7
1976
An eighteen-node hybrid-stress solid-shell element for homogeneous and laminated structures. Zbl 1051.74048
Sze, K. Y.; Yao, L.-Q.; Pian, T. H. H.
6
2002
The inverse mapping and distortion measures for 8-node hexahedral isoparametric elements. Zbl 0804.65103
Yuan, K. Y.; Huang, Y. S.; Yang, H. T.; Pian, T. H. H.
6
1994
A unified theory for formulation of hybrid stress membrane elements. Zbl 0790.73070
Yuan, Kuan-Ya; Wen, Jyh-Chung; Pian, Theodore H. H.
6
1994
On the equivalence of non-conforming element and hybrid stress element. Zbl 0519.73071
Pian, Theodore Hsueh-huang
6
1982
Finite element analysis of rubber-like materials by a mixed model. Zbl 0372.73076
Scharnhorst, Thomas; Pian, Theodore H. H.
6
1978
Large dynamic deformation of beams, rings, plates and shells. Zbl 0114.16406
Witmer, E. A.; Balmer, H. A.; Leech, J. W.; Pian, T. H. H.
6
1963
The reference coordinates and disortion measures for quadrilateral hybrid stress membrane element. Zbl 0807.73069
Yuan, K.-Y.; Pian, T. H. H.
5
1994
Hybrid semiloof elements for plates and shells based upon a modified Hu- Washizu principle. Zbl 0549.73069
Pian, T. H. H.; Sumihara, K.
5
1984
Formulations of finite element methods for solid continua. Zbl 0245.73066
Pian, Theodore H. H.
5
1971
A 20-DOF hybrid stress general shell element. Zbl 0674.73055
Kang, David S.; Pian, Theodore H. H.
4
1988
Improvements on the analysis of shells of revolution by the matrix displacement method. Zbl 0145.45601
Stricklin, A.; Navaratna, D. R.; Pian, T. H. H.
4
1966
Some notes on the early history of hybrid stress finite element method. Zbl 0988.74067
Pian, Theodore H. H.
3
2000
Hybrid semiLoof element for buckling of thinwalled structures. Zbl 0674.73056
Wang, Cheng; Pian, Theodore H. H.
3
1988
Axisymmetric solid elements by a rational hybrid stress method. Zbl 0581.73083
Tian, Zongshu; Pian, Theodore H. H.
3
1985
Hybrid-stress models for elastic-plastic analysis by the initial-stress approach. Zbl 0403.73047
Spilker, R. L.; Pian, T. H. H.
3
1979
Nonlinear creep analysis by assumed stress finite element methods. Zbl 0308.73021
Pian, T. H. H.
3
1974
Formulation of contact problems by assumed stress hybrid elements. Zbl 0457.73063
Pian, T. H. H.; Kubomura, K.
2
1981
Creep and viscoplastic analysis by assumed stress hybrid finite elements. Zbl 0411.73024
Pian, T. H. H.; Lee, S. W.
2
1978
A study of axisymmetric solid of revolution elements based on the assumed-stress hybrid model. Zbl 0394.73083
Spilker, R. L.; Pian, T. H. H.
2
1978
Derivation of geometric stiffness and mass matrices for finite element hybrid models. Zbl 0279.73026
Tong, P.; Mau, S. T.; Pian, T. H. H.
2
1974
Numerical calculation technique for large elastic-plastic transient deformations of thin shells. Zbl 0181.52801
Leech, J. W.; Witmer, E. A.; Pian, T. H. H.
2
1968
Stability analysis of shells of revolution by the finite-element method. Zbl 0157.56004
Navaratna, D. R.; Pian, T. H. H.; Witmer, E. A.
2
1968
Geometrically nonlinear analysis of Mindlin plate using the incompatible bending elements with internal shear strain. Zbl 0806.73067
Jiao, Zhaoping; Wu, Changchun; Pian, T. H. H.
1
1994
Stress analysis of laminated composites by hybrid finite elements. Zbl 0714.73071
Pian, Theodore H. H.; Li, Mingsang
1
1990
Statics of deformable solids. Corr. reprint of the 1965 orig. Zbl 0766.73001
Bisplinghoff, Raymond L.; Mar, James W.; Pian, Theodore H. H.
1
1990
Plasticity, viscoelasticity, and creep of solids by mechanical subelement models. Zbl 0548.73053
Pian, Theodore H. H.
1
1984
Large deformations of rigid-plastic circular plates. Zbl 0461.73043
Kondo, Kyohei; Pian, Theodore H. H.
1
1981
Reissner’s principle in finite element formulations. Zbl 0465.73104
Pian, Theodore H. H.; Tong, Pin
1
1980
Nonlinear analysis by assumed stress hybrid models. Zbl 0399.73071
Pian, Theodore H. H.
1
1976
Dynamic buckling of a circular ring constrained in a rigid circular surface. Zbl 0152.44202
Pian, T. H. H.; Balmer, H. A.; Bucciarelli, L. L. jun.
1
1967
Hybrid and incompatible finite element methods. Zbl 1110.65003
Pian, Theodore H. H.; Wu, Chang-Chun
43
2006
An eight-node hybrid-stress solid-shell element for geometric nonlinear analysis of elastic shells. Zbl 1058.74638
Sze, K. Y.; Chan, W. K.; Pian, T. H. H.
32
2002
An eighteen-node hybrid-stress solid-shell element for homogeneous and laminated structures. Zbl 1051.74048
Sze, K. Y.; Yao, L.-Q.; Pian, T. H. H.
6
2002
Some notes on the early history of hybrid stress finite element method. Zbl 0988.74067
Pian, Theodore H. H.
3
2000
State-of-the-art development of hybrid/mixed finite element method. Zbl 0875.73310
Pian, Theodore H. H.
27
1995
Inverse mapping and distortion measures for quadrilaterals with curved boundaries. Zbl 0796.73068
Yuan, Kuan-Ya; Huang, Yeong-Shyang; Pian, Theodore H. H.
8
1994
The inverse mapping and distortion measures for 8-node hexahedral isoparametric elements. Zbl 0804.65103
Yuan, K. Y.; Huang, Y. S.; Yang, H. T.; Pian, T. H. H.
6
1994
A unified theory for formulation of hybrid stress membrane elements. Zbl 0790.73070
Yuan, Kuan-Ya; Wen, Jyh-Chung; Pian, Theodore H. H.
6
1994
The reference coordinates and disortion measures for quadrilateral hybrid stress membrane element. Zbl 0807.73069
Yuan, K.-Y.; Pian, T. H. H.
5
1994
Geometrically nonlinear analysis of Mindlin plate using the incompatible bending elements with internal shear strain. Zbl 0806.73067
Jiao, Zhaoping; Wu, Changchun; Pian, T. H. H.
1
1994
New strategy for assumed stresses for 4-node hybrid stress membrane element. Zbl 0772.73086
Yuan, Kuan-Ya; Huang, Yeong-Shyang; Pian, Theodore H. H.
24
1993
Stress analysis of laminated composites by hybrid finite elements. Zbl 0714.73071
Pian, Theodore H. H.; Li, Mingsang
1
1990
Statics of deformable solids. Corr. reprint of the 1965 orig. Zbl 0766.73001
Bisplinghoff, Raymond L.; Mar, James W.; Pian, Theodore H. H.
1
1990
A rational approach for choosing stress terms for hybrid finite element formulations. Zbl 0661.73045
Pian, Theodore H. H.; Wu, Changchun
32
1988
A 20-DOF hybrid stress general shell element. Zbl 0674.73055
Kang, David S.; Pian, Theodore H. H.
4
1988
Hybrid semiLoof element for buckling of thinwalled structures. Zbl 0674.73056
Wang, Cheng; Pian, Theodore H. H.
3
1988
Consistency condition and convergence criteria of incompatible elements: General formulation of incompatible functions and its application. Zbl 0623.73077
Wu, Changchun; Huang, Maoguang; Pian, Theodore H. H.
19
1987
Relations between incompatible displacement model and hybrid stress model. Zbl 0593.73068
Pian, Theodore H. H.; Tong, Pin
40
1986
Finite elements based on consistently assumed stresses and displacements. Zbl 0575.73088
Pian, Theodore H. H.
17
1985
Axisymmetric solid elements by a rational hybrid stress method. Zbl 0581.73083
Tian, Zongshu; Pian, Theodore H. H.
3
1985
Rational approach for assumed stress finite elements. Zbl 0544.73095
Pian, T. H. H.; Sumihara, K.
213
1984
Hybrid semiloof elements for plates and shells based upon a modified Hu- Washizu principle. Zbl 0549.73069
Pian, T. H. H.; Sumihara, K.
5
1984
Plasticity, viscoelasticity, and creep of solids by mechanical subelement models. Zbl 0548.73053
Pian, Theodore H. H.
1
1984
On the suppression of zero energy deformation modes. Zbl 0537.73059
Pian, Theodore H. H.; Chen, Dapeng
32
1983
A new formulation of hybrid/mixed finite element. Zbl 0498.73073
Pian, Theodore H. H.; Chen, Da-Peng; Kang, David
19
1983
Alternative ways for formulation of hybrid stress elements. Zbl 0497.73080
Pian, Theodore H. H.; Chen, Da-Peng
39
1982
On the equivalence of non-conforming element and hybrid stress element. Zbl 0519.73071
Pian, Theodore Hsueh-huang
6
1982
Formulation of contact problems by assumed stress hybrid elements. Zbl 0457.73063
Pian, T. H. H.; Kubomura, K.
2
1981
Large deformations of rigid-plastic circular plates. Zbl 0461.73043
Kondo, Kyohei; Pian, Theodore H. H.
1
1981
Reissner’s principle in finite element formulations. Zbl 0465.73104
Pian, Theodore H. H.; Tong, Pin
1
1980
Hybrid-stress models for elastic-plastic analysis by the initial-stress approach. Zbl 0403.73047
Spilker, R. L.; Pian, T. H. H.
3
1979
Improvement of plate and shell finite elements by mixed formulations. Zbl 0368.73067
Lee, S. W.; Pian, T. H. H.
36
1978
Finite element analysis of rubber-like materials by a mixed model. Zbl 0372.73076
Scharnhorst, Thomas; Pian, Theodore H. H.
6
1978
Creep and viscoplastic analysis by assumed stress hybrid finite elements. Zbl 0411.73024
Pian, T. H. H.; Lee, S. W.
2
1978
A study of axisymmetric solid of revolution elements based on the assumed-stress hybrid model. Zbl 0394.73083
Spilker, R. L.; Pian, T. H. H.
2
1978
Large deflection analysis of thin elastic structures by the assumed stress hybrid finite element method. Zbl 0347.73057
Boland, P. L.; Pian, T. H. H.
8
1977
Variational principles for incremental finite element methods. Zbl 0356.73060
Pian, Theodore H. H.
7
1976
Nonlinear analysis by assumed stress hybrid models. Zbl 0399.73071
Pian, Theodore H. H.
1
1976
Nonlinear creep analysis by assumed stress finite element methods. Zbl 0308.73021
Pian, T. H. H.
3
1974
Derivation of geometric stiffness and mass matrices for finite element hybrid models. Zbl 0279.73026
Tong, P.; Mau, S. T.; Pian, T. H. H.
2
1974
A hybrid-element approach to crack problems in plane elasticity. Zbl 0264.73113
Tong, Pin; Pian, T. H. H.; Lasry, S. J.
52
1973
Finite element methods by variational principles with relaxed continuity requirement. Zbl 0303.49027
Pian, T. H. H.
22
1973
On the convergence of the finite element method for problems with singularity. Zbl 0261.73049
Tong, Pin; Pian, Theodore H. H.
14
1973
Finite element formulation by variational principles with relaxed continuity requirements. Zbl 0274.65033
Pian, Theodore H. H.
12
1972
Finite element methods in continuum mechanics. Zbl 0259.73035
Pian, Theodore H. H.; Tong, Pin
12
1972
Formulations of finite element methods for solid continua. Zbl 0245.73066
Pian, Theodore H. H.
5
1971
Basis of finite element methods for solid continua. Zbl 0252.73052
Pian, Theodore H. H.; Tong, Pin
72
1969
A variational principle and the convergence of a finite-element method based on assumed stress distribution. Zbl 0167.52805
Tong, P.; Pian, T. H. H.
38
1969
Numerical calculation technique for large elastic-plastic transient deformations of thin shells. Zbl 0181.52801
Leech, J. W.; Witmer, E. A.; Pian, T. H. H.
2
1968
Stability analysis of shells of revolution by the finite-element method. Zbl 0157.56004
Navaratna, D. R.; Pian, T. H. H.; Witmer, E. A.
2
1968
The convergence of finite element method in solving linear elastic problems. Zbl 0149.42802
Tong, P.; Pian, T. H. H.
18
1967
Dynamic buckling of a circular ring constrained in a rigid circular surface. Zbl 0152.44202
Pian, T. H. H.; Balmer, H. A.; Bucciarelli, L. L. jun.
1
1967
Improvements on the analysis of shells of revolution by the matrix displacement method. Zbl 0145.45601
Stricklin, A.; Navaratna, D. R.; Pian, T. H. H.
4
1966
Large dynamic deformation of beams, rings, plates and shells. Zbl 0114.16406
Witmer, E. A.; Balmer, H. A.; Leech, J. W.; Pian, T. H. H.
6
1963
all top 5

Cited by 871 Authors

25 Liu, Gui-Rong
22 Sze, Kam-Yim
13 Cen, Song
11 Reddy, B. Dayanand
11 Xie, Xiaoping
10 Pian, Theodore Hsueh-huang
9 Nguyen-Thoi, Trung
9 Nguyen-Xuan, Hung
9 Taylor, Robert Leroy
8 Belytschko, Ted Bohdan
8 Chen, Wanji
8 Ibrahimbegović, Adnan
8 Wriggers, Peter
8 Wu, Changchun
8 Zhang, GuiYong
7 Areias, Pedro M. A.
7 Atluri, Satya N.
7 Felippa, Carlos A.
6 Li, Chenfeng
6 Rabczuk, Timon
6 Schröder, Jörg
6 Wagner, Werner
6 Xu, Xu
6 Zhou, Tianxiao
5 Brank, Boštjan
5 de Miranda, Stefano
5 Garcea, Giovanni
5 Kulikov, Gennady M.
5 Leonetti, Leonardo
5 Magisano, Domenico
5 Plotnikova, Svetlana V.
5 Stolarski, Henryk K.
5 Teixeira de Freitas, João António
5 Ubertini, Francesco
5 Weissman, Shmuel L.
4 Ayad, Rezak
4 Bergan, Pal G.
4 Brezzi, Franco
4 Chen, Mengcheng
4 Chen, Xiaoming
4 Degrieck, Joris
4 Fu, Xiangrong
4 Gruttmann, Friedrich
4 Jog, Chandrashekhar S.
4 Karamanlidis, Dimitrios
4 Lam, Khin-Yong
4 Liu, Wing Kam
4 Markovic, Damijan
4 Marotti de Sciarra, Francesco
4 Moitinho de Almeida, José Paulo
4 Nie, Yufeng
4 Rah, K.
4 Ramm, Ekkehard
4 Reese, Stefanie
4 Saleeb, Atef F.
4 Schnack, Eckart
4 Van Paepegem, Wim
4 Waisman, Haim
4 Wisniewski, Krzysztof
3 Almeida Pereira, O. J. B.
3 Avrashi, Jacob
3 César de Sá, José M. A.
3 Chou, S.-I.
3 Djoko, Jules K.
3 Fotiu, Peter A.
3 Ghosh, Somnath
3 Hall, Charles Allan
3 Hu, Ping
3 Jabareen, Mahmood
3 Jézéquel, Louis
3 Jiao, Zhaoping
3 Klinkel, Sven
3 Korelc, Jože
3 Küssner, Martin
3 Lamichhane, Bishnu Prasad
3 Li, Guangyao
3 Ma, Xu
3 McAuliffe, Colin
3 Natal Jorge, Renato Manuel
3 Oden, John Tinsley
3 Ooi, Ean Tat
3 Piltner, Reinhard
3 Ping, Xuecheng
3 Rajendran, Sellakkutti
3 Rezaiee-Pajand, Mohammad
3 Shang, Yan
3 Steeger, Karl
3 Thai, Chien Hoang
3 Viebahn, Nils
3 Wang, Chih-Chieh
3 Wang, Huiling
3 Wohlmuth, Barbara I.
3 Yao, Linquan
3 Yuan, Kuan-Ya
3 Zhou, Mingjue
2 Acharya, Sanjib Kumar
2 Agrawal, Manish
2 Aksoy, Hüseyin Gökmen
2 Alaylioglu, Ayse
2 Alaylioglu, Hamdi
...and 771 more Authors
all top 5

Cited in 66 Serials

166 Computer Methods in Applied Mechanics and Engineering
103 International Journal for Numerical Methods in Engineering
58 Computational Mechanics
25 Communications in Numerical Methods in Engineering
17 Applied Mathematics and Mechanics. (English Edition)
16 Engineering Analysis with Boundary Elements
15 International Journal of Computational Methods
12 European Journal of Mechanics. A. Solids
11 Numerische Mathematik
11 Engineering Computations
9 Acta Mechanica
7 Mathematical Problems in Engineering
7 Archives of Computational Methods in Engineering
6 Applied Mathematics and Computation
5 Journal of Computational and Applied Mathematics
5 Meccanica
5 Applied Mathematical Modelling
4 International Journal of Solids and Structures
4 Journal of Computational Physics
4 Journal of the Franklin Institute
4 ZAMP. Zeitschrift für angewandte Mathematik und Physik
4 Finite Elements in Analysis and Design
4 Acta Mechanica Sinica. (English Edition)
4 Acta Mechanica Sinica
3 Archive for Rational Mechanics and Analysis
3 Applied Numerical Mathematics
3 Science China. Mathematics
3 International Journal for Numerical Methods in Biomedical Engineering
2 Computers & Mathematics with Applications
2 Ingenieur-Archiv
2 International Journal for Numerical and Analytical Methods in Geomechanics
2 Journal of Applied Mathematics and Mechanics
2 RAIRO. Analyse Numérique
2 Acta Applicandae Mathematicae
2 Archive of Applied Mechanics
2 Computational Methods in Applied Mathematics
2 Sādhanā
2 Revue Française d’Automatique, Informatique, Recherche Opérationnelle. Série Rouge
1 International Journal of Engineering Science
1 Journal of Engineering Mathematics
1 Journal of Fluid Mechanics
1 Journal of the Mechanics and Physics of Solids
1 Zeitschrift für Angewandte Mathematik und Mechanik (ZAMM)
1 Mathematics of Computation
1 Bulletin of Mathematical Biology
1 Soviet Applied Mechanics
1 Aplikace Matematiky
1 Calcolo
1 Mechanics Research Communications
1 SIAM Journal on Numerical Analysis
1 Journal of Scientific Computing
1 Japan Journal of Industrial and Applied Mathematics
1 Applications of Mathematics
1 Journal of Elasticity
1 SIAM Journal on Scientific Computing
1 Computational and Applied Mathematics
1 Science in China. Series E
1 Mathematics and Mechanics of Solids
1 Multibody System Dynamics
1 ZAMM. Zeitschrift für Angewandte Mathematik und Mechanik
1 International Journal of Nonlinear Sciences and Numerical Simulation
1 Discrete and Continuous Dynamical Systems. Series B
1 Journal of Computational Acoustics
1 International Journal of Fracture
1 European Series in Applied and Industrial Mathematics (ESAIM): Mathematical Modelling and Numerical Analysis
1 International Journal for Computational Methods in Engineering Science and Mechanics

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