Sir,in ABAQUS i m doing explicit coupled temperature displacement analysis to validate a paper.But the paper States that"We normalized time along with the normalization of thermal conductivity with its reciprocal in order to bring down the computational cost of simulations. The obtained solution using normalized time was again converted back to normal time accordingly" Sir if i normalized the time and conductivity how can i get back my result in actual time? I dont know why they normalized the conductivity also
Check that the kinetic energy (E_KE) does not exceed 5-10% of Internal energy (E_I). Also if you have to simulate the same model many times, you can check the result with and without density scaling.
Sir,in ABAQUS i m doing explicit coupled temperature displacement analysis to validate a paper.But the paper States that"We normalized time along with the normalization of thermal conductivity with its reciprocal
in order to bring down the computational cost of simulations. The obtained solution using normalized time was again converted back to normal time accordingly" Sir if i normalized the time and conductivity how can i get back my result in actual time? I dont know why they normalized the conductivity also
How to ensure the reliability of the results?
Check that the kinetic energy (E_KE) does not exceed 5-10% of Internal energy (E_I). Also if you have to simulate the same model many times, you can check the result with and without density scaling.
@@10Minuters Thanks，sincerely