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    • Rahul Ponginan

      Please click here for a short but important announcement   03/26/17

      Dear Users Our Commercial and Academic users around the world can use these same forums here as before i.e. the Altair Support Forum , Commercial users from India with solver queries can go to the Solver Forum for India Commercial Users , Academic Users from India and AOC India Participants are requested to go to the Forum for India Academic Users and AOC India Participants , We will be tending to all queries in all the forums promptly as before, thank you for your understanding. 

Kamlesh

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Kamlesh last won the day on April 21

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About Kamlesh

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  1. Hi Dinesh, You are welcome. Please do let us know for any further CFD queries. Regards, Kamlesh
  2. Hi All, Please go thorough the complete video recordings of new features introduced in HyperMesh (HM) Engineering solutions for CFD. Click here to view the HM Engineering Solutions CFD New Features Regards, Kamlesh
  3. Hi All, Click here to view a webinar on Nanofluidx capabilities Regards, Kamlesh
  4. Hi Dinesh, The krylov vector is used in the linear equation solver (GMRES), wherein you need to compute a base vector for the krylov subspace, in which the Euclidian norm of the residuum is minimized. The problem is, that you need all base vectors from previous iterations to compute the base vector for the current iteration, which is an expensive operation for solving. As the costs and memory increase linear with the number of iterations, it’s usual to drop the computed base and restart the iteration with the current approximation. The number after which the iteration gets restarted is the number of krylov vectors you define in AcuSolve. And this number determines how much memory you need for your computation with AcuSolve. Regarding convergence, a krylov vector which is too small can affect convergence negatively (in difficult cases), but at a certain level a higher krylov vector won’t improve the convergence anymore. If the problem had difficulty converging, this will/may help. If it is converging well, it does not help at all, and perhaps makes the solution a little more expensive. As a general rule, use 10 and perhaps 20-40 for the Flow thermal coupled system (Natural convection). Please refer the AcuSolve manual for more details as well. Regards, kamlesh
  5. Hi Pradeep, Lets have a web meeting today at your convenient time. I need to understand the experimental set up and make sure the same is followed for the CFD simulation in AcuSolve. Let me know your convenient time today. Regards, Kamlesh
  6. Dear All, Both AcuSolve (CFD) and MotionSolve (MBD) Hyperworks Solvers can be coupled, cosimulation is possible. Certain Applications being real time Aerodynamics simulations, Wind turbines, Fuel tank sloshing, Pressure check valve etc. Click here to view the webinar on AcuSolve (CFD) & Motionsolve (MBD) coupling Attached is a tutorial on the same coupling - Pressure check valve. Regards, Kamlesh CFD_MBD.zip
  7. Dear AcuSolve Users, Please find the detailed procedure of mapping AcuSolve CFD results through linear interpolation option. It has a python script attached, a pdf document explaining the process to be followed. This Script can be utilized to get all the CFD results like Velocity, Pressure, temperature etc and map it onto other mesh for further analysis. Regards, Kamlesh Script.zip
  8. Hi Pradeep, As discussed over the phone, we shall get back to you on this query. Thanks. Kamlesh
  9. Dear AcuSolve Users, Please find the attached material to run AcuSolve in batch mode. Regards, Kamlesh BatchRun_AcuSolve.zip
  10. Hi Rohit, In AcuSolve command prompt, read your present working directory, please use the below command. acuTrans -pb <inp file name> -out -to fieldview This will write fieldview files which can be used for post processing in Acufieldview. (*.fv and *.fv.reg) In Acufieldview, Read the *.fv file. Regards, Kamlesh
  11. Click here to view the HyperWorks CFD AcuSolve 2017 webinar recording