**52**, 1-2, pp. 71–90, 2004

### Material Nonlinear Analysis of Plane Structures Made of Cement Based Composite Materials Using the ANSYS System

The beam element detailed derivation, including the presentation of material models that can be used for an analysis with this element is presented. Some numerical examples are shown at the end of the article.

**Keywords**: FEM; FEA; nonlinear analysis; reinforced concrete; plane; beam element; ANSYS

**Full Text:**PDF

#### References

ANSYS Element Reference r. 5.5, Ansys, Inc., SAS IP, Inc., Houston, September 1998.

ANSYS Theory Reference r. 5.5, Ansys, Inc., SAS IP, Inc., Houston, September 1998.

www.ansys.com

K.J. BATHE, K. JÜRGEN, Finite element procedures in engineering analysis, Prentice-Hall Inc., ISBN 0-13-317305-4, 1982.

Z.J. BITTNAR, J. SEJNOHA, Numericke metody mechaniky (in Czech), Vol. l, CVUT press, ISBN 80-01-00855-X, Prague 1992.

CERVENKA Consulting, SBETA Computer program for nonlinear finite element analysis of reinforced concrete structures in plane stress state, Prague 1996.

V. CERYENKA, J. CERVENKA, Computer simulations as a design tool for concrete structures, ICCE-96, The Second International Conference in Civil Engineering on Computer

Applications Research and Practice, Bahrain, April, 1996.

C.O. CHOW, E. HINTON, A.H.H. RAHMAN, Analysis of creep and shrinkage effects in reinforced concrete beams, Proceedings of the International Conference, Split, Yugoslavia, September, 1984.

M.A. CRISFIELD, Nonlinear finite element analysis of solids and structures, Vol. 1 Advanced Topics, John Wiley & Sons, 2001, ISBN 0-471-97059-X.

M.A. CRISFIELD, Nonlinear finite element analysis of solids and structures, Vol. 2 Advanced Topics, John Wiley & Sons, 2001, ISBN 0-471-95649-X.

B.L. KARIHALOO, Fracture Mechanics & Structural Concrete, Longman Scientific & Technical, 1995, ISBN 0-582-21582-K.

V. KOLAR, J. KRATOCHVIL, F. LEITNER, A. ZENISEK, Vypocet plosnych a prostorovych konstrukci metodou konecnych prvku (in Czech), SNTL Praha 1979.

J. NAVRATIL, Casove zavisla analyza ramovych konstrukci (in Czech), Stavebnicky casopis, 10, 7, Slovac Academic Press, Bratislava 1992.

SCIA - nexis 32 - TDA manual (in Czech).

J. OWEN, E. HINTON, Finite elements in plasticity, Theory and practice, Pineridge Press Limited, Swanseam, ISBN 0-906674-05-2, 1980.

J. PENCIK, Materially nonlinear analysis of concrete, plane frame structures (in Czech), PhD Thesis, Brno University of Technology, Brno 2001.

J. PENCIK, Ways of user modification of ANSYS (in Czech), Vedecká konferencia, 226–229, TU Kosice, ISBN 80-7099-815-6, 2002.

F.G. RAMMERSTORFER, Nonlinear analysis of shells by finite elements, Springer Verlag, ISBN 0-387-82416-2, 1992.

A.H.H. RAHMAN, E. HINTON, Linear and nonlinear finite element analysis of reinforced and prestressed concrete voided slabs, Proceedings of the International Conference, Split, Yugoslavia, September, 1984.

A.C. SCORDELIS, Computer analysis of reinforced and prestressed concrete box girder bridges, Proceedings of the International Conference, Split, Yugoslavia, September, 1987.

A.C. SCORDELIS, Computer models for nonlinear analysis of reinforced and prestressed concrete structures, PCI Journal, 1985.

J. STRASKY, J. NAYRATIL, Time-dependent analysis of the Wisconsin avenue viaduct, Wisconsin, USA, 3rd International Kerensky Conference, Singapore 1994.

J. STRASKY, P. MIKULASTIK, V. JÜTTNER, Design of segmental structure with a cast in-place deck slab, fib Symposium 1999, Prague 1999.

A. TESSLER, S.B. DONG, On a hierarchy of conforming Timoshenko beam elements, Computers & Structures, 14, 3–4, 1981.

Technische Datenverarbeitung GmbH. TDV software – book of examples, example No. 6 Kao Ping HSI-Bridge, Taiwan 2000.

E. Vos, Influence of loading rate and radial pressure on bond in reinforced concrete, PhD Thesis, Delft University, 1983.

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