The 2-day conference of biophysics in Manchester had just finished recently. It is really a meeting with a tight schedule and lots of new stuffs.
The meeting took place in the new building of multi-decipline biocenter in Manchester University. One interesting speech was given by Prof. Andrew J. Turberfield
Dear Freinds,
I need help to develop a boundary element code for FRACTURE Mechanics applications (for Isotropic & Laminated structures).
Does anybody know how to represent a fiber-reinforced annulus part: ground substance is hyperelastic with neo-hooke coefficient; fiber-reinforcement are elastic?
Part 3 of Elements of Elasticity. Please see attached.
hello fellow and future engineers/mechanicians i just want to say that I think mechanics is really cool and especially taught by Henry Tan! I hope this gets me a few points ;-)
when we talk about magnetism, we use Ising Model or Heisenberg model
if possible can you give me some suggestion about these two model for (one dimensional, two dimensional)
The best place to start is Wikipedia: http://en.wikipedia.org/wiki/Stereology.
Most active research in stereology is done in medical and biological community.
Please introduce yourself in this blog. This is a class to learn
engineering mechanics, but also a class to make friends with in-class
and international students, and worldwidely recognized experts.
back to MACE-11010 Engineering Mechanics
Hello colleagues,
Would anybody know good references on numerical integration of non-polynomial functions? It would be enough for me to obtain one-dimensional rules. Of course, it could have impact for XFEM applications, but for another, improved XFEM method that we are developing.
Note that I am not talking about integrating singularities, but non-polynomial functions. Examples:
sqrt(x)
cos(x)
sin(x)
product of these.
Thanks for any help,
Stephane
