Here, laboratory and field operational processes are characterized within a physics-based framework.
The CSI Model was implemented by the lecturer in an optics course of a physics department within a school of education of a university in Vietnam.
In the context of a physics for life sciences course, this meant that the conceptual focus of the problem lay wholly within the domain of physics, while the biological aspects of the problem were largely incidental.
The fracture behaviour of cemented materials such as rock consisting of randomly distributed microcracks is addressed within a coupled physics and Hydro-Mechanical (HM) framework.
Together with the finite volume discretisation this makes possible the seamless coupling of the electromagnetic solver within a multi-physics simulation framework.
To study the effect of blast pressure on structural resistance against progressive collapse under column removal scenario induced by contact detonation, and to investigate the development of catenary action within ultra-fast dynamic regime, a physics-based finite element model is developed in this paper.
Sinusoidal driving forces compress the springs which are resolved within a rigid body physics engine.
The system provides a novel method for real-time measurements of the spatial distribution of ionizing radiation dose within a large particle physics experiment.
We demonstrate here, for the first time, the constitutive scaling approach applied to simulate a fully compressible, non-isothermal gas microflows within a mainstream computational physics framework.
Although the yarn pull-out test is a recognized method to ascertain yarn mobility within a weave, the physics governing yarn pull-out has not yet been fully examined, and previous finite element models were unable to reproduce the results of yarn pull-out tests.
On a smaller scale, such as within physics for instance, one can find semiclassical models in quantum physics or models developed around phenomena where the limiting reduction relations are singular or catastrophic (caustic optics and quantum chaos) (Cat 1998; Batterman 2002; Belot 2005).
