By Peter Fritz, Xiong Zheng
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Additional info for A Finite Element Framework for Geotechnical Applications Based on Object-orientated Programming
The material concept as it is implemented in IMAGINE is tightly connected to the concept of computing tasks as modeled by the classes FemAnalysis, FemTask and FemTaskCmd. g. deformation properties, permeability, heat conductivity, gravity, granularity1. They are material attributes and measurable under normal conditions. These basic properties are abstracted with class BasProperty and its derived classes. The class BasProperty itself is one of the architectural classes for the physical field system.
Material property reset: to modify material properties. computing commands: to specify a material law, a computing type and update options. output commands: to output desired results at a macroscopic level. In IMAGINE FemTaskCmd is normally not assumed to directly create FemResource objects as discussed in previous sections. Instead FemTaskCmd object uses the appropriate FemResource objects in the resource database of the project. It sends them a message through the virtual Page 38 IMAGINE – an FE Framework function "Execute" which in turn will call a virtual function, in case of CmdSteeringLoad, "Apply" or "Release" to modify a FemStruct object.
A simple FE application could be built just with the generic architectural classes. For more advanced applications subclasses of the generic architectural classes may be derived which make available required extensions. , are covered as defaults by the generic classes, when developing an application one may concentrate on those features only which are relevant for the specific application. g. finite elements, supports), and the physical field variables which act in this domain. Consequently, the numerical model for the physical engineering problem, from an object point of view, may be composed of two groups of abstractions: modeling classes and analytic or field variable classes.
A Finite Element Framework for Geotechnical Applications Based on Object-orientated Programming by Peter Fritz, Xiong Zheng