This more-of-physics, less-of-math, insightful and comprehensive book simplifies
computational fluid dynamics for readers with little knowledge or experience in heat transfer …

Some of the most important geometric integrators for both ordinary and partial differential
equations are reviewed and illustrated with examples in mechanics. The class of …

The numerical modeling of mechanical waves is currently a fundamental tool for the study
and investigation of their propagation in media with heterogeneous physical properties …

Coupling the mimetic finite difference method with the tensor-train format results in a very
effective method for low-rank numerical approximations of the solutions of the time …

It has been found advantageous for finite-volume discretizations of flow equations to
possess additional (secondary) invariants, besides the (primary) invariants from the …

In this work, an exhaustive analysis of the partial discharges that originate in the bubbles
present in dielectric mineral oils is carried out. To achieve this, a low-cost, high-resolution …

This paper presents a modified thermal model-based double-loop circulatory technique for
the thermal analyses of permanent magnet synchronous machines. The inner loop of the …

A two-dimensional molecular model is presented for the elastic non-linear modelling and
design of meta-materials. The fundamental unit-cell, based on a heuristic molecule (HM) …

The use of flux limiters is widespread within the scientific computing community to capture
shock discontinuities and are of paramount importance for the temporal integration of high …

Have you ever wondered why we use certain computational electromagnetics methods and
how we decide on the choice of tools for modeling problems in electromagnetics? Though …