My abaqus exited with an error. But the error message file does not exists. Can someone help?

Hello, 

I am trying to run a simulation using the dload subroutine. However, the simulation exited with an error and the error file does not exists.
I checked whether abaqus is properly linked with intel fortran, and it was properly linked. However, when i tried running verification, both standard and explicit using subroutines displayed error. Can someone help me solve this.

Details;

abaqus2022

Microsoft visual studio 2022

Intel oneAPI base tool kit and HPC tool kit 2024.1

Any help is highly appreciated.

Images and also DLOAD code is attached below.


DLOAD code

      SUBROUTINE DLOAD(F,KSTEP,KINC,TIME,NOEL,NPT,LAYER,KSPT,
    1 COORDS,JLTYP,SNAME)
C
     INCLUDE 'ABA_PARAM.INC'
C
     DIMENSION TIME(2), COORDS (3)
     CHARACTER*80 SNAME

     double precision x01, x02, x03, x04, y01, y02, y03, y04
      
      double precision r0, td, x, y, r1, r2, r3, r4, P_max
      
      double precision t, pt, pr1, pr2, pr3, pr4, pr_tot
      
      r0=1.125
      
      x01=3.0*r0
      
      x02=5.0*r0
      
      x03=3.0*r0
      
      x04=5.0*r0
      
      y01=5.0*r0
      
      y02=5.0*r0
      
      y03=3.0*r0
      
      y04=3.0*r0
      
      td=10.0**(-8.0)
      
      x=coords(1)
      
      y=coords(2)
      
      t=time(1)
      
      P_max=5170.0
      
      r1=((x-x01)**2.0+(y-y01)**2.0)**0.5
      
      r2=((x-x02)**2.0+(y-y02)**2.0)**0.5
      
      r3=((x-x03)**2.0+(y-y03)**2.0)**0.5
      
      r4=((x-x04)**2.0+(y-y04)**2.0)**0.5
      
      pt=0.0
      
      if (0.0<=t .and. t<=td)then
      
      pt=(t/td)*P_max
      
      end if
      
      if (td<=t .and. t<=2.0*td)then
      
      pt=(2.0-t/td)*P_max
      
      end if
      
      if (t>2.0*td)then
      
      pt=0.0
      
      end if
      
      pr1=exp((-r1**2.0)/(2.0*r0**2.0))
      
      pr2=exp((-r2**2.0)/(2.0*r0**2.0))
      
      pr3=exp((-r3**2.0)/(2.0*r0**2.0))
      
      pr4=exp((-r4**2.0)/(2.0*r0**2.0))
      
      pr_tot=pr1+pr2+pr3+pr4
      
      F=pt*pr_tot
      
      
      


     RETURN
     END

Images