Submitted by Richard Smith on April 23, 2012 - 11:54
Fishermen at Lake Como, Italy, have shown remarkable knowledge of the complex water currents in the lake. Researchers found [source: Science Mag] that the fishermen's knowledge correlated well with independent observations and Computational Fluid Dynamics (CFD) simulations. The primary means the fishermen use to monitor water currents is by the deformations the currents cause in their large nets once deployed in the lake.
Submitted by Richard Smith on April 1, 2012 - 00:00
Big news from Europe - a new European directive has just been passed that requires all software applications released in the European Union to support the Esperanto language by June 2012. This is part of a larger European directive mandating that all European countries are to adopt Esperanto as the Europe-wide common language by 2014.
Submitted by Richard Smith on January 30, 2012 - 11:35
Do you sometimes feel like your Computational Fluid Dynamics (CFD) simulation just needs a little nudge to do the right thing? Well I'm sure you'll appreciate (need even!) some light relief with the fluid-based video game Puddle. Puddle is all about nudging and manipulating the world so your precious fluid gets to its destination through a fiendish puzzle-like maze.
Submitted by Richard Smith on January 16, 2012 - 13:47
Any fluid dynamicists out there searching for just the right wrist watch? Well the search is over, check out the HYT H1 [source: Gizmodo] fluid-themed watch from "The Hydro Mechanical Horologists" - try saying that after too much fluid!
Submitted by Richard Smith on December 13, 2011 - 09:34
Going fast and aerodynamics are intimately related, whether it's for a Formula 1 car or in this case for a remote control (RC) car. The Traxxas XO-1 is billed as "The World's Fastest Ready-To-Race Supercar" with a 0-100 mph time of under 5 seconds. More interesting than its out-and-out straight-line speed is that this RC car employs advanced aerodynamics for generating downforce.
Submitted by Richard Smith on November 28, 2011 - 15:36
An extensive Computational Fluid Dynamics (CFD) study [pdf] performed over 10 months by a team at Iowa State University [source: green building pro] confirmed what many room occupants long suspected - that fabric ducts offer better indoor air comfort compared to traditional metal ducts. Equally impressive, the study found that the fabric ducts provided a 22-27% improvement in energy efficiency compared to equivalent metal ducts.
Submitted by Richard Smith on November 14, 2011 - 09:08
With the ever expanding and affordable array of 3D printers (also known as rapid prototyping machines) new opportunities abound. I first covered 3D printing back in 2007. Since that time The New York Times has run a number of articles on 3D printing (Don't believe me? Then try searching Google for 3d printing site:nytimes.com) - an indication if ever it were needed that 3D printing has gone mainstream and entered the public's consciousness. So enough with all this virtual engineering, at some point you have to get physical and the 3D printing revolution is a great place to start.