I came across some content I used to have on my webpage a long time ago.

http://www.ce.cmu.edu/~amita/webpage_misc.html

At the 2007 ASME Congress, in Seattle, Professor Wing Kam Liu won the 2007 Robert Henry Thurston Lecture Award.  Wing Kam was a past chair of the Applied Mechanics Division, and has made seminal contributions in the field of computational mechanics.

A new report has been published on the "leaky pipeline" question:

A persistent problem. Traditional gender roles hold back female scientists 

Rather than scratching heads when faced with a seemingly impossible contradiction in a job, engineers could do worse than apply the Triz theory.

There has been quite a buzz around Triz, the Russian theory of problem solving, for some time. Since it was fully refined in the mid-1980s its use has been slowly spreading as word gets round, much like the increasing popularity of a political movement.

Applied Mechanics Division Banquet, Sheraton Hotel, Seattle, Washington, November 13^th, 2007.

In order to try and get some of the vast store of engineering information we're sitting on out to a wider audience we've created a number of occasional subject guides for engineers and students. The aim is to highlight sources of information available from our Library and the Institution itself.

You can see an example of one of these (for the aerospace industry) here, from which you can browse to a whole host of others.

Please note the website and bookings page for the 2nd Investing in Alternative Energy event 1 February 2008, IMechE can be found at:

www.imeche.org/events/investing

The official brochure will be available shortly.

Further information

What is the relationship between hardness and elastic modulus? The higher hardness, the higher elastic modulus?  My understanding is that hardness is a local mechanical property, and 
elastic modulus is an averaged global mechanical property.  Am I right about this?