... equations which include such effects as magnetic field, electric field, porous medium inertia and heat generation or absorption effects are non‐dimensionalized and solved numerically by the implicit finite‐difference methodology. A representative set of numerical results for the transient and steady‐state...

... in the assumed polynomial. © MCB UP Limited 1999 Oxygen Boundary conditions Diffusion theory Absorption Under certain conditions, the phenomenon of oxygen diffusion from blood into oxygen‐consuming tissue gives rise to a moving boundary. A typical example arises when studying tumour tissue...

...K.S. Sujatha; A. Mani; S. Srinivasa Murthy Develops a fine element method employing Galerkin’s approach for the analysis of a vertical tubular bubble absorber working with R22‐DMF as working fluid. Aims to provide an understanding of the absorption process which helps in the design of bubble...