[1] Chien Wei-zang,On Generalized Variational Principles in Elasticity with Applications in Problems of Plates and Shells,(1964),(in Chinese)
[2] Chien Wei-zang,Mechanics and Practice,1,1(1979) 16-24;1,2(1979) 18-27.(in Chinese)
[3] Chien Wei-zang,Calculus of Variation and the Finite Element Method,Vol.Ⅰ,Science Publishing House,(1980),(in Chinese)
[4] Chien Wei-zang,Method of Lagrangian multipliers,method of high-order Lagrangian multipliers and generalized variational principles of elasticity with more general forms of functionals,Appl.Math,and Mech.4,2(1983).
[5] Chien Wei-zang,The Generalized Variatinal Principles,Knowledge Publishing House,(1985).(in Chinese)
[6] Cheng Xiang-sheng,The method of undetermined multipliers applied to finding problems of statically indeterminate structures of rod systems,Papers read at the meeting of Society of Mechanics in Kiangsu Province,(1964).(in Chinese)
[7] Cheng Xiang-sheng,Mechanics and Practice,1,1(1979) 46-47.(in Chinese)
[8] Cheng Xiang-sheng,The generalized variational principles with their applications in structural analysis,Appl.Math,and Mech.6,7(1985) 639-646.
[9] Washizu,K.,Variational Methods in Elasticity and Plasticity,Pergamon,London,(1968).
[10] Washizu,K.,Introduction of the Theory of Energy,PeiFeng Publ.House,(1970).(in Japanese)
[11] Pian,T.H.,and Tong Pin.,Finite element method in continuum mechanics,Adv.in App.Mech.,12(1972) 1-53.
[12] Hsuch Dah-wei,Science Information,20,4(1975) 81.
[13] Fikhtengolets,G.M.,Course of Differential and Integral Calculus,Vol.I,National Technical Publishing House,Moscow-Leningrad,(1949).(in Russian)
[14] Timoshenko,S.and J.Gere,Mechanics of Materials,Van Nostrand Reinhold Company,(1972)
[15] Engesser,F.,On statically indeterminate frame with any low of deformation and on theorem of minimum complementary energy,Jour.of Arch and Engin.Union,Hannover,35(1889) 733-744.(in German)
[16] Westergaard,H.M.,On the method of complementary energy and its applications to structures stressed beyond the proportional limit,to buckling and vibrations to suspension bridges,Proc.of ASCE,67,2(1941) 199.
[17] Westergaard,H.M.,On the method of complementary energy,Trans.of ASCE,107,(1942) 765-793.
[18] Chien Ling-xi,Theory of complementary energy,Scientia Sinica,1(1950) 449.
[19] Charlton,T.M.,Analysis of statically-indeterminate structures by the complementary energy method,Engineering,174(1952) 389-391.
[20] Brown,E.H.,The energy theorems of structural analysis,Engineering,179(1955) 305-308,339-342,400-403.
[21] Hoff,N.J.,The Analysis of Structures,John Wiley and Sons,Inc.,New York,(1956) 493.
[22] Argyris,J.H.and S.Kelsey,Energy Theorems and Structural Analysis,Butterworth and Co.,Ltd.,London,(1960) 85.
[23] Langhaar,H.L.,Energy Methods in Applied Mechancis,John Wiley and Sons,Inc.,New York,(1962) 350.
[24] Au,T.,Elementary Structural Mechancis,(1963) 521.
[25] Libove,C.,Complementary energy method for finite deformations,Pro.of ASCE,Jour.of Engi.Mech.Divi.90,EM6(1964) 49-71.
[26] Oran,C.,Complementary energy method for buckling,Pro.of ASCE,Jour.of EMD.,93,EM1(1967) 57-75.
[27] Oden,J.T.Mechanics of Elastic Structures,(1967) 381.
[28] Oran,C.,Complementary energy concept for large deformations,Proc.of ASCE,Jour.of Struc.Divi.93,ST1(1967) 57-75. |