Apr 20, 2021 #1 anoop_1989 Mechanical Feb 11, 2019 59 How to find the cooling rate in welding using Abaqus Subroutine for incorporating the fraction of Martensite due to phase transformation
How to find the cooling rate in welding using Abaqus Subroutine for incorporating the fraction of Martensite due to phase transformation
Apr 20, 2021 #2 FEA way Mechanical Nov 13, 2018 4,930 You can use the USDFLD subroutine to define additional field variables, such as cooling rate. Upvote 0 Downvote
Apr 20, 2021 Thread starter #3 anoop_1989 Mechanical Feb 11, 2019 59 @FEAway You mean we should incorporate the thick/thin cooling rate equation in USDFLD and pass the same to UEXPAN as STATEV Upvote 0 Downvote
@FEAway You mean we should incorporate the thick/thin cooling rate equation in USDFLD and pass the same to UEXPAN as STATEV
Apr 20, 2021 Thread starter #4 anoop_1989 Mechanical Feb 11, 2019 59 @FEAWAY I tried calculating the heating/cooling rate by DTEMP/DTIME using USDFLD, but I am not sure about the working of DTIME. DTEMP--temperature incremenet Upvote 0 Downvote
@FEAWAY I tried calculating the heating/cooling rate by DTEMP/DTIME using USDFLD, but I am not sure about the working of DTIME. DTEMP--temperature incremenet
