Blog posts
SPH analysis
Hello,
I am trying to simulate hydraulic damper by SPH method. I have already tried CEL method but didnt work. In SPH method I have following problem,
1. How to define the particle elements to a fluid inside the damper?
2. for defineing particles we need to write in input file so how and what to add in input file?
Thanks,
Effective plastic parameters for a laminated plate
Hello everyone, I need to deduce the effective plastic parameters (yield criterion + hardening curve) for a laminated plate (of type [0/20/-20/-20/20/0] for example)
McKenna, Aaron - MSc Oil and Gas Engineering
1. Severe Accidents- Thoughts on severity
2. Fracking- Too cautious?
3. Wind Energy- Using Current knowledge and experience
4. Wave Energy System- People and safety
5. Wave Energy System- Scale up?
Haley, Mark - Subsea Engineering
1. Piper Alpha - Human Factors and Lack of Safety Culture
2. Threads
3. How do we Measure the Severity of Accidents?
4. How do we factor the environment in disaster risk managment?
5. Regulations
vumat problem
Hi dear all
why no one answer my questions about vumat?
my problem is about print command!
when I use this command in my subroutine, results such as stress change!
it's strange!can anybody help me?
thanks
Perkinson Chair Position Opening in the School of Aerospace and Mechanical Engineering at The University of Oklahoma
The University of Oklahoma School of Aerospace and Mechanical Engineering is currently seeking outstanding candidates to fill the Perkinson Chair as a tenured Associate Professor or
Professor. Please see attached document for details.
Want guidance/help for Shell Modelling
Hi,
I am trying to do SHELL modeling of a problem to get Bending moment, Shear force, Axial Force etc.
Problem can be simply explained as below:
Model is just a like a room (block) with 4 surrounding wall, a roof and ground (Base).
Height (H) of (any) pair of opposite walls are not same, i.e say H front = 5m and H rear = 3m.
(Base) ground is straight whereas roof is inclined from front wall towards rear wall.