Abstract
By two-dimensional problems we usually mean the plane stress problem and the plane displacement problem. These two problems are quite similar. Here we shall primarily consider the plane stress problem, and in short, the plane displacement problem. However, the elements developed for the analysis of the plane stress problem can also be easily applied in the analysis of the plane displacement problem.
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References
Bazant Z., “Numerical simulation of progresive fracture in concrete structures: recet developments”, Int. Conf. Computer-aided Anal.Design Concrete Str., Split 1984, Pineridge press, I, 1–17.
Bergan P., Some aspects of interpolation and integration in non-linear finite element analysis of reinforced concrete structures“, Int.Conf.Comp.Aided Anal.Des.Con.Str., Split 1984, 301–16.
Brebia C., Connor J., “Fundamentals of finite element techniques for structural engineers”, Batterworths 1973.
Felipa C., “Refined finite element analysis of linear and nonlinear two-dimensional structures”, Univ. of California, Berkeley, Str.Eng.Lab., Rep. SESM 66–22, 1966.
Holland I., Bergan P., “Higher-order finite element for plane stress”, ASCE 94, N0.M2, 1968, disc. 698–702.
Kokalanov G., “Me§oviti izoparametrijski elementi za analiza na plo8i”, Dr. Dis., Grade’en Fakultet, Skopje 1983.
Poceski A., “Kriti-ki osvrt na osnovne postavke metoda kona-nih elemenata”, 16 Jug.Kon.Teor.Prim.Meh., Be-ii 1984 (pozvani referat).
Poceski A., Kokalanov G., “Plo6i-ramninska sostojba na napreganjata, primena na MKE”, Grade2en Fakultet, Skopje 1982, Izv. 2. 4.
Poceski A., Kokalanov G., “Mesoviti ravninski konaäni elementi”, 16 Jug. Kon. Teor. Prim. Mehanike, Beëiéi 1984, C7, 353–60.
Poceski A., Kokalanov G., “Mixed plane stress elements”, Int. Conf. Comp. aided Anal. Design Concrete Str. Split 1984, Pineridge press part I, 707–19.
Poceski A., “The direct method of development of finite elements” J. Theor. App. Mechanics, Belgrade 1985, No.11.
Prelog E., “Metoda kona-nih elementov”, Fakultet za arhitekturo, gradbenitvo in geodezijo“, Ljubljana 1975.
Rots J., Kusters G., Blaauwendraad J., “The need for fracture mechanics options in finite element models for concrete structures”, Int. Conf. Comp. Aided Design Concrete Str. Split 1984, Pineridge press I, 19–32.
Tocher J, Hartz B., “Higher-order finite element for plane stress”, ASCE 93, No.EM4, 1967.
Willson E., Taylor R., Doherty W., Chaboussi J., “Incompatable displacement models”, Proc.O.N.R. Conf. on Num. Meth. Urbana, I11, 1971.
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© 1992 Springer-Verlag Berlin Heidelberg
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Poceski, A. (1992). Two-Dimensional Problems. In: Mixed Finite Element Method. Lecture Notes in Engineering, vol 72. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-84676-2_5
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DOI: https://doi.org/10.1007/978-3-642-84676-2_5
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