Monika Wągrowska, Czesław Woźniak
A NEW 2D-MODEL OF THE HEAT CONDUCTION IN MULTILAYERED MEDIUM-THICKNESS PLATES
Keywords: Keywords: multilayered plate, heat conduction, 2D-modelling
Abstract: 2D-models of multilayered plates are usually derived by a discretization approach across the plate thickness. Every discretized element coincides with a homogeneous layer of the medium and basic unknowns are assumed to be temperature and/or displacement fields on the plate interfaces. If the number of homogeneous layers is large then the discretization approach leads to a large number of basic unknowns. In this contribution there is proposed a new approach to the 2D-modelling of heat conduction which results in 2D-model equations for only two basic unknowns, independently of the number of layers.
For citation:
MLA |
Wągrowska, Monika, and Czesław Woźniak. "A NEW 2D-MODEL OF THE HEAT CONDUCTION IN MULTILAYERED MEDIUM-THICKNESS PLATES." Acta Sci.Pol. Architectura 13.1 (2014): 37–44. |
APA |
Wągrowska M. and Woźniak C. (2014). A NEW 2D-MODEL OF THE HEAT CONDUCTION IN MULTILAYERED MEDIUM-THICKNESS PLATES. Acta Sci.Pol. Architectura, 13 (1), 37–44 |
ISO 690 |
Wągrowska, Monika, Woźniak, Czesław. A NEW 2D-MODEL OF THE HEAT CONDUCTION IN MULTILAYERED MEDIUM-THICKNESS PLATES. Acta Sci.Pol. Architectura, 2014, 13.1: 37–44. |
EndNote
BibTeX
RefMan