Hello friends,
I am doing My Graduation in Mechanical, right now i am on a project and want to simulate Forging cylinderical billets in order to optimise the process parameters, hence it is required to optimize the process parameters like temp., speed , stroke, material flow etc. as a function of Die design and friction. I want to simulate it in ANSYS plz help me how to go for it, because finally i want stress, strain rate, strain, material flow as the final result.
Yesterday, as I was waiting for the rain to stop before I could walk home from work, a stranger accosted me in the lobby of the building. He asked me what I did, to which I replied "Mechanics". He mulled over the answer for a bit and asked me to be more specific, at which point I said that we were trying to design materials that could guide waves around objects. He said "Water waves?". I replied "All types of waves." Clearly, common words can mean quite different things to different people.
Dear members:
I have some basic question:
What is a homogeneous beam? why do we use homogeneous beam ? what are the characteristics of homogeneous beams?
and Where do we use these beams? and what is beam homogenization ?
As we known, boundary element method (BEM) is a quite popular numerical method. But there are some problems. My research fields are computational mechanics and BEM (including fast BEM). We can discuss these fields in this blogs. I am waiting for you! Thanks
Hi,
Just need help to find out how to read results at intergration points in Shell Elemnts in ansys. I need 5 integration points across the thickness of my model.
Thanks in advance
Bala
Respected All Members,
I'm Puneet Singh. I wanted to know
how to simulate the electrorheological (ER) fluids. I need help any type that will help me in simulate the electrorheological (ER) fluids.
Discussion of fracture paper #41 - Are dislocations good or bad guys? It depends!
Around Shifting from macroscopic to microscopic plasticity helps us understand mechanisms that can help us develop high-strength metallic materials. Things that prevent dislocation dynamics or generation, such as other dislocations and grain boundaries in polycrystalline materials, lead to higher strength.t...
