Dear All, I have a simple question about running simulation with Abaqus documentation example file. I tried the other example of AM process simulation in Command or Powershell ,it worked, this one  shows error Abaqus 2025 version, Has anyone else encountered the same problem? thanks

Abaqus-->Verification-->Analysis Procedures and Techniques-->Additive manufacturing process simulation-->Metallurgical phase transformations

abaqus job=oneelem_phase_trans_ti64_amprint interactive

Run pre.exe
7/4/2025 7:25:08 AM
Abaqus Error: Analysis Input File Processor exited with an error - Please see the
oneelem_phase_trans_ti64_amprint.dat file for possible error messages if the file exists.
Begin SIM Wrap-up
7/4/2025 7:25:09 AM
Run SMASimUtility.exe
7/4/2025 7:25:09 AM
End SIM Wrap-up
Abaqus/Analysis exited with errors

Error 1:   PROCESSING PART, INSTANCE, AND ASSEMBLY INFORMATION
  *******************************************************

***ERROR: in keyword *MATERIAL, file "mat_phase_trans_ti64.inp", line 1: 
          Unknown parameter: usertype. The parameter may be misspelled, 
          obsolete, or invalid.
***NOTE: DUE TO AN INPUT ERROR THE ANALYSIS PRE-PROCESSOR HAS BEEN UNABLE TO 
         INTERPRET SOME DATA.  SUBSEQUENT ERRORS MAY BE CAUSED BY THIS OMISSION

    END PROCESSING PART, INSTANCE, AND ASSEMBLY INFORMATION

Error 2: ***ERROR: UNKNOWN PARAMETER USERTYPE
LINE IMAGE: *material, name=TI6AL4V, usertype=PHASE_TRANSFORMATION
 *material, name=TI6AL4V, usertype=PHASE_TRANSFORMATION
 *density
 *conductivity, dependencies=1
 *specificheat, dependencies=1
 *depvar
 *userdefinedfield

Example files: Input files

oneelem_phase_trans_ti64.inp

Single-element analysis of metallurgical phase transformations in titanium alloy Ti-6Al-4V by applying temperature cycles with constant heating and cooling rates.

oneelem_phase_trans_ti64_amprint.inp

Single-element analysis of metallurgical phase transformations in titanium alloy Ti-6Al-4V by applying typical thermal cycles of manufacturing processes.

oneelem_phase_trans_s5140.inp

Single-element analysis of metallurgical phase transformations in steel 5140 by applying temperature cycles with constant heating and cooling rate.

Input files containing definitions or data to be included in the input files listed above

ABQ_phase_trans_types.inp

Types of property tables and parameter tables used by the metallurgical phase transformation framework in Abaqus.

amp_temp_amprint.inp

Amplitude curves representing typical thermal cycles during printing and heat treatment processes.

mat_phase_trans_ti64.inp

Material definitions of titanium alloy Ti-6Al-4V.

mat_phase_trans_s5140.inp

Material definitions of steel 5140.