Simulation of Rolling Process
Hi...
Hi...
I have a hard time finding problem sets for validation and benchmarking of methods and codes for 3d fluid simulation with free boundaries. Please guide me to (standardized) problem sets or key litterture that is a suitable starting point. If there are not many standardized tests I would like to initiate a dsicussion about what a good test collection should be. I understand that iMechanica is focused more on solid mechanics than fluid dynamics but the overlap is big.
Hi
I want to model the lightweight slab and since i do not have the material behaviour of the slab, i have to do testing. i was searching in internet and i got two different concept: "bending stress-strain curve" and "compression stress-strain curve". i do not know which one should i follow? and is there any difference?
Regards.
HI, everyone,
This is pflines, i am working on the mode I\II fracture toughness.
i want to use the asymmetric four-point-bend sepcimens to get the value of KI and KII,
but did not found a clear formulation to caculate the KI and KII,
anyone could help me?
Continuing on the work from the previous thread posted on
node/9016
i want do anlysis in flow induced vibrations in pipes with ansys12/abaqus 9.6.1 i want tutorial please help me
Physics, chemistry, and medicine have Nobel prizes. Mathematicians have fields medal. What do you think is the most prestigious engineering prize? Do we have any Nobel equivalent?
Hello everybody
I am simulating hydraulic fracturing operation with Abaqus. I have used cohesive elements and also utilized viscous regularization to cope with convergence difficulty. However, the problem still persists. Should I stick to regularization technique or should I write a user subroutine that will allow more flexibility.
Thank you
During charging or discharging of a lithium-ion battery, lithium is extracted from one electrode and inserted into the other. This extraction-insertion reaction causes the electrodes to deform. An electrode is often composed of small active particles in a matrix. If the battery is charged at a rate faster than lithium can homogenize in an active particle by diffusion, the inhomogeneous distribution of lithium results in stresses that may cause the particle to fracture. The distributions of lithium and stress in a LiCoO2 particle are calculated. The e