In the process of evaluation of U, we need to calculate various parameters. Below paragraph mentions few of them. 1. Reynolds number (Re) Reynolds number, which relates inertial forces to viscous forc… more →
All About Mechanical Engineeringwrote 4 months ago: tapared plate Cellular vortex shedding in the wake of a tapered plate at low Reynolds number By Hate … more →
wrote 6 months ago: Just time for a quickie today. I seem to be writing that virtualy every day at this time, in fact. A … more →
wrote 7 months ago: Watch this awesome fluid dynamics lab demo, and then stick around for the science: How fluids flow L … more →
wrote 9 months ago: In the process of evaluation of U, we need to calculate various parameters. Below paragraph mentions … more →
wrote 9 months ago: In the process of evaluation of U, we need to calculate various parameters. Below paragraph mentions … more →
wrote 10 months ago: Nano Air Vehicle (NAV) The Nano Air Vehicle (NAV) program is developing an extremely small, ultra l … more →
wrote 1 year ago: This weekend, I was discussing the blog post about “Computational Fluid Dynamics and Video Gam … more →
wrote 1 year ago: These pages present a brief overview of the physics laws and principles that apply to the various fo … more →
wrote 1 year ago: It’s interesting when you are faced with real-world examples of how similar our atmosphere is … more →
wrote 1 year ago: The technology of race cars is a vast topic involving many disciplines. As tempting as it may be to … more →
wrote 2 years ago: Also, the Moody Chart and the Reynolds number and some related contributions by Osborne Reynolds and … more →
wrote 3 years ago: Whisper productions were produced by a single adult male subject over a wide range of subglottal pre … more →
wrote 3 years ago: Author: Bernie B. Program: Assignment_ReynoldsNumber.java Purpose: Calculate ReynoldsNumber with 4 c … more →
wrote 4 years ago: >I was thinking which is the highest Reynolds number I can fit into our car for transportation. A … more →
wrote 12 years ago: An artificial neural network, based on fuzzy ARTMAP, that is capable of learning the basic nonlinear … more →