Influence of Atmospheric Physical Effects on Static Behavior of Building Plate Components Made of Fiber-Cement-Based Materials
The paper presents the brief information on particular results of experimental study focused to the problems of behavior of structural plated components made of fiber-cement-based materials and used in building constructions, exposed to atmospheric physical effects given by the weather changes in the summer period. Weather changes represented namely by temperature and rain cause also the changes of the temperature and moisture of the investigated structural components. This can affect their static behavior that means stresses and deformations, which have been monitored as the main outputs of tests performed. Experimental verification is based on the simulation of the influence of temperature and rain using the defined procedure of warming and water sprinkling with respect to the corresponding weather conditions during summer period in the South Moravian region at the Czech Republic, for which the application of these structural components is mainly planned. Two types of components have been tested: (i) glass-fiber-concrete panels used for building façades and (ii) fiber-cement slabs used mainly for claddings, but also as a part of floor structures or lost shuttering, and so on.
[1] J. Melcher, M. Karmazinova, M. Pilgr, M. Frank, "Defined load-carrying capacity of fibre-cements slabs" (technology, tests, tables, graphs) (original in Czech language), VUSTAH, a.s Brno, 2011, 102 pp.
[2] J. Melcher, M. Karmazinova, "Strength characteristics of material of fiber-cement building components and verification of warming and sprinkling influence on their behavior" (original in Czech language), In Proceedings of the X1Vth International Conference on „Ecology and new building materials and products" held in Tele, pp. 291-294, VUSTAH, a.s. Brno, 2010. ISBN 978-80-87397-02- 2.
[3] J. Melcher, M. Karmazinova, J. Knezek, L. Lederer, "The influence of physical effects on behavior of structural components made of fiber¬glass-concrete" (original in Czech language), In Proceedings of the XII' Conf on „Ecology and new Building materials and products" held in Tele, VUSTAH, a.s. Brno 2007, pp. 295-299. ISBN 978-80-239-9347-9.
[4] J. Melcher, M. Karmazinova, M. Knezek, L. Lederer, "Experimental verification of glass-fiber-concrete components of facade claddings" (original in Czech language), In Proceedings of the Xth Conference on „Ecology and new building materials and products" held in Tele, VUSTAH, a.s. Brno, 2006, pp. 347-351. ISBN 80-239-7146-8.
[5] J. Melcher, M. Karmazinova, "Loading tests of glass-fiber-concrete facade panels stiffened by rib" (original in Czech language), In Proceedings of the IXth Conference on „Ecology and new building materials and products" held in Tele, VUSTAH, a.s. Brno, 2005, pp. 204-208. ISBN 80-239-4905-5.
[6] M. Karmazinova, J. Melcher, R. Pokorny, P. Pospigil, „Material characteristics of glass-fiber-concrete facade components" (original in Czech language) In Proceedings of the VIP Conference on "Ecology and new building materials and products" held in Tele, VUSTAH, a.s. Brno, 2003, pp. 102-112. ISBN 80-239-1009-4.
[7] J. Melcher, M. Karmazinova, J. Knezek, "Experimental verification of glass-fiber-concrete facade panels under wind loading actions" (original in Czech language), In Proceedings of the Vith Conference on "New building materials and products" held in Tele, VUSTAH, a.s. Brno, 2002, pp. 52-55.
[8] M. Karmazinova, "Design assisted by testing — a powerful tool for the evaluation of material properties and design resistances from test results", In International Journal of Mathematical Models and Methods in Applied Sciences, Vol. 6, No. 2, 2012, pp. 376-385. ISSN 1998-0140.
[9] M. Karmazinova, M. Pilgr, J. J. Melcher, "Methods based on the approach of the design assisted by testing applied to the determination of material properties", In Proceedings of the 2nd International Conference on Mathematical Models for Engineering Science, Inst. of Environment, Engineering, Economics and Applied Mathematics, WSEAS Press, Puerto de la Cruz, 2011, pp. 25-30. ISBN 978-1-61804-055-8.
[10] M. Karmazinova, J. J. Melcher, "Methods of the design assisted by testing — applicable tools for the design resistance evaluation using test results", In Proceedings of the 2nd International Conference on Mathematical Models for Engineering Science, Institute of Environment, Engineering, Economics and Applied Mathematics, WSEAS Press, Puerto de la Cruz, 2011, pp. 31-36. ISBN 978-1-61804-055-8.
[11] M. Karmazinova, J. J. Melcher, "Design assisted by testing applied to the determination of the design resistance of steel-concrete composite columns", In Proceedings of the 13th WSEAS International Conference on Mathematical and Computational Methods in Science and Engineering MACMESE '11, WSEAS, Catania, 2011, pp. 420-425. ISBN 978-1-61804-046-6.
[12] J. Melcher, M. Karmazinova, J. Pozdigek, "Experimental verification of behaviour of composite steel and glass-fibre-concrete beam", In Proceedings of the 9th International Conference on "Steel-Concrete Composite and Hybrid Structures" held in Leeds, Singapore: Research Publ. Services, 2009, pp. 390-395. ISBN 978-981-08-3068-7.
[13] M. Karmazinova, J. Melcher, "Possibilities of application of glass-fibre¬concrete in composite steel-concrete beams", In Proceedings of the 9th International Symposium on "Fiber-Reinforced Polymer Reinforcement for Concrete Structures" held in Sydney, University of Adelaide, 2009, p. 51 (book) + DVD (full — 4 pp.). ISBN 978 0 9806755 0 4.
[14] SN EN 12467 (72 3403) "Fibre-cement flat sheets — Product specification and test methods" (original in Czech language) the Czech Standard Institute, Prague 2005, 48 pp.
[15] EN 1990 "Basis of Structural Design: Annex D — Design assisted by testing", CEN Brussels, 2004.
[1] J. Melcher, M. Karmazinova, M. Pilgr, M. Frank, "Defined load-carrying capacity of fibre-cements slabs" (technology, tests, tables, graphs) (original in Czech language), VUSTAH, a.s Brno, 2011, 102 pp.
[2] J. Melcher, M. Karmazinova, "Strength characteristics of material of fiber-cement building components and verification of warming and sprinkling influence on their behavior" (original in Czech language), In Proceedings of the X1Vth International Conference on „Ecology and new building materials and products" held in Tele, pp. 291-294, VUSTAH, a.s. Brno, 2010. ISBN 978-80-87397-02- 2.
[3] J. Melcher, M. Karmazinova, J. Knezek, L. Lederer, "The influence of physical effects on behavior of structural components made of fiber¬glass-concrete" (original in Czech language), In Proceedings of the XII' Conf on „Ecology and new Building materials and products" held in Tele, VUSTAH, a.s. Brno 2007, pp. 295-299. ISBN 978-80-239-9347-9.
[4] J. Melcher, M. Karmazinova, M. Knezek, L. Lederer, "Experimental verification of glass-fiber-concrete components of facade claddings" (original in Czech language), In Proceedings of the Xth Conference on „Ecology and new building materials and products" held in Tele, VUSTAH, a.s. Brno, 2006, pp. 347-351. ISBN 80-239-7146-8.
[5] J. Melcher, M. Karmazinova, "Loading tests of glass-fiber-concrete facade panels stiffened by rib" (original in Czech language), In Proceedings of the IXth Conference on „Ecology and new building materials and products" held in Tele, VUSTAH, a.s. Brno, 2005, pp. 204-208. ISBN 80-239-4905-5.
[6] M. Karmazinova, J. Melcher, R. Pokorny, P. Pospigil, „Material characteristics of glass-fiber-concrete facade components" (original in Czech language) In Proceedings of the VIP Conference on "Ecology and new building materials and products" held in Tele, VUSTAH, a.s. Brno, 2003, pp. 102-112. ISBN 80-239-1009-4.
[7] J. Melcher, M. Karmazinova, J. Knezek, "Experimental verification of glass-fiber-concrete facade panels under wind loading actions" (original in Czech language), In Proceedings of the Vith Conference on "New building materials and products" held in Tele, VUSTAH, a.s. Brno, 2002, pp. 52-55.
[8] M. Karmazinova, "Design assisted by testing — a powerful tool for the evaluation of material properties and design resistances from test results", In International Journal of Mathematical Models and Methods in Applied Sciences, Vol. 6, No. 2, 2012, pp. 376-385. ISSN 1998-0140.
[9] M. Karmazinova, M. Pilgr, J. J. Melcher, "Methods based on the approach of the design assisted by testing applied to the determination of material properties", In Proceedings of the 2nd International Conference on Mathematical Models for Engineering Science, Inst. of Environment, Engineering, Economics and Applied Mathematics, WSEAS Press, Puerto de la Cruz, 2011, pp. 25-30. ISBN 978-1-61804-055-8.
[10] M. Karmazinova, J. J. Melcher, "Methods of the design assisted by testing — applicable tools for the design resistance evaluation using test results", In Proceedings of the 2nd International Conference on Mathematical Models for Engineering Science, Institute of Environment, Engineering, Economics and Applied Mathematics, WSEAS Press, Puerto de la Cruz, 2011, pp. 31-36. ISBN 978-1-61804-055-8.
[11] M. Karmazinova, J. J. Melcher, "Design assisted by testing applied to the determination of the design resistance of steel-concrete composite columns", In Proceedings of the 13th WSEAS International Conference on Mathematical and Computational Methods in Science and Engineering MACMESE '11, WSEAS, Catania, 2011, pp. 420-425. ISBN 978-1-61804-046-6.
[12] J. Melcher, M. Karmazinova, J. Pozdigek, "Experimental verification of behaviour of composite steel and glass-fibre-concrete beam", In Proceedings of the 9th International Conference on "Steel-Concrete Composite and Hybrid Structures" held in Leeds, Singapore: Research Publ. Services, 2009, pp. 390-395. ISBN 978-981-08-3068-7.
[13] M. Karmazinova, J. Melcher, "Possibilities of application of glass-fibre¬concrete in composite steel-concrete beams", In Proceedings of the 9th International Symposium on "Fiber-Reinforced Polymer Reinforcement for Concrete Structures" held in Sydney, University of Adelaide, 2009, p. 51 (book) + DVD (full — 4 pp.). ISBN 978 0 9806755 0 4.
[14] SN EN 12467 (72 3403) "Fibre-cement flat sheets — Product specification and test methods" (original in Czech language) the Czech Standard Institute, Prague 2005, 48 pp.
[15] EN 1990 "Basis of Structural Design: Annex D — Design assisted by testing", CEN Brussels, 2004.
@article{"International Journal of Architectural, Civil and Construction Sciences:53031", author = "Jindrich J. Melcher and Marcela Karmazínová", title = "Influence of Atmospheric Physical Effects on Static Behavior of Building Plate Components Made of Fiber-Cement-Based Materials", abstract = "The paper presents the brief information on particular results of experimental study focused to the problems of behavior of structural plated components made of fiber-cement-based materials and used in building constructions, exposed to atmospheric physical effects given by the weather changes in the summer period. Weather changes represented namely by temperature and rain cause also the changes of the temperature and moisture of the investigated structural components. This can affect their static behavior that means stresses and deformations, which have been monitored as the main outputs of tests performed. Experimental verification is based on the simulation of the influence of temperature and rain using the defined procedure of warming and water sprinkling with respect to the corresponding weather conditions during summer period in the South Moravian region at the Czech Republic, for which the application of these structural components is mainly planned. Two types of components have been tested: (i) glass-fiber-concrete panels used for building façades and (ii) fiber-cement slabs used mainly for claddings, but also as a part of floor structures or lost shuttering, and so on.
", keywords = "Atmospheric physical effect, building component,
experiment, fiber-cement, glass-fiber-concrete, simulation, static
behavior, test, warming, water sprinkling, weather.", volume = "6", number = "10", pages = "803-6", }
