Fluid flow problems with moving boundaries are one of the challenge problems to be solved in this decade. Our target is oriented to develop a finite element code to simulate the fluid flow inside the cylinder of an internal combustion engine in order to understand how this flow field is related with the combustion, the heat release and the intake and exhaust charging process. In this paper we o...

The spatial distribution of chemical species can be a critical determinant of the performance of chemical reactors. One such reactor is the combustion chamber of the Internal Combustion engine. This paper presents a design for the measurement of hydrocarbon concentration distribution within a running engine using Near Infra-Red absorption tomography. The fundamentals of the technique, and desig...

Based on tunable diode laser absorption spectroscopy (TDLAS), two-dimensional (2D) distribution reconstructions of gas concentration and temperature are realized using an algebraic reconstruction technique (ART). The influence of the beam distribution and grid size on combustion field reconstruction is investigated to attain optimal reconstruction results with a limited number of beams. Under l...

Abstract: as magnetic materials, semiconductors, pigments, catalysts, refractories and electronic ceramics. In this paper, wereported the preparation of NiAlThe resulting powder was chracterized by XRD, particle size analysis and SEM. The XRD patterns show that thecombustion technique was excellent to prepare single – phased cubic NiAlfound to be around 14 nm. From the particle size analysis, i...

The intent of begun work is to synthesis and study the structural, electric, magnetic frequency dependent dielectric properties Ni0.6Cd0.4Fe2O4 NPs fabricated via sol-gel auto-combustion technic. XRD data affirmed that synthesized do possess a single phase; spinel structure; cubic geometry ferrite in nature. lattice constant (a) was estimated be 8.363 Å crystallite size (t) determined from Deba...