Systematisation of Systems Solving Physics Boundary Value Problems
Rossi, T., Räbinä, J., Mönkölä, S., Kiiskinen, S., Lohi, J., & Kettunen, L. (2021). Systematisation of Systems Solving Physics Boundary Value Problems. In F. J. Vermolen, & C. Vuik (Eds.), Numerical Mathematics and Advanced Applications ENUMATH 2019 : European Conference, Egmond aan Zee, The Netherlands, September 30 - October 4 (pp. 35-51). Springer. Lecture Notes in Computational Science and Engineering, 139. https://doi.org/10.1007/978-3-030-55874-1_3
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A general conservation law that defines a class of physical field theories is constructed. First, the notion of a general field is introduced as a formal sum of differential forms on a Minkowski manifold. By the action principle the conservation law is defined for such a general field. By construction, particular field notions of physics, e.g., magnetic flux, electric field strength, stress, strain etc. become instances of the general field. Hence, the differential equations that constitute physical field theories become also instances of the general conservation law. The general field and the general conservation law together correspond to a large class of relativistic hyperbolic physical field models. The parabolic and elliptic models can thereafter be derived by adding constraints. The approach creates solid foundations for developing software systems for scientific computing; the unifying structure shared by the class of field models makes it possible to implement software systems which are not restricted to certain predefined problems. The versatility of the proposed approach is demonstrated by numerical experiments with moving and deforming domains. ...
Parent publication ISBN978-3-030-55873-4
ConferenceEuropean Conference on Numerical Mathematics and Advanced Applications
Is part of publicationNumerical Mathematics and Advanced Applications ENUMATH 2019 : European Conference, Egmond aan Zee, The Netherlands, September 30 - October 4
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