Titlebook: Recent Advances in Fluid Dynamics; Select Proceedings o Jyotirmay Banerjee,Rupesh D. Shah,Sushanta Mitra Conference proceedings 2023 The Ed

ANN

A Review on Design and Optimisation of Axial Fan,de design, effects of sweep, tip clearance, etc. and contra-rotating fans have been discussed briefly along with the effects of modification in acoustic criterion. Optimisation has been carried out all over the world in the course of time to increase fan pressure ratio as well as increase in overall

物種起源

fluffy

Visualisation Studies on Bubbles Formation and Propagation in Pool Boiling,ation and growth of bubbles contribute to the bulk fluid flow during heating. Hence, studying the bubble dynamics is essential in understanding boiling. The current paper experimentally investigates bubble dynamics using visualisation and image analysis. The visualisation is performed on water boili

愛社交

Conference proceedings 2023e modern research practices in fluid dynamics and fluid power. The content of the book involves advanced topics on turbulence, droplet deposition, oscillating flows, wave breaking, spray structure and its atomization and flow patterns in mini and micro channels. Technological concerns relevant to er

表兩個

,Experimental Investigation on Use of Activated Alumina and Molecular Sieve 13×?In Heatless Desiccant temperatures achieved by both the desiccants are compared and conclusions are drawn. In one of the trials a homogeneous mixture of both the desiccants are also tested and the achieved dew points are compared. The results help in the selection of the suitable desiccant for the desired dew point.0

空氣

Flow Control Using MVG in Shock Wave/Boundary Layer Interaction,d micro ramps, ramped vane, air jet vortex generators, and micro ramp jet injection in adding momentum to the near wall region and their influence in attenuating separation for several span-wise and stream-wise locations is deliberated.

道學(xué)氣

refraction

無辜

集聚成團

A New High-Resolution Flux-Corrected Algorithm for the 1-D Euler Equations of Gas Dynamics, scheme compared to its parent schemes is evaluated using standard one-dimensional test cases involving shocks and other discontinuities. It is shown that the new scheme performs better at capturing shocks and other steep gradients without violent oscillations and inaccuracies of its parent schemes.