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JMatPro® version 15.0 released

Date:
19th Nov 2024

JMatPro® version 15.0 released

Download list of changes


Version 15.0

NEW FEATURES

  • added choice between martensitic, bainitic and pearlitic microstructure in the tempered hardness calculation for General Steels
  • added secondary phases consideration in Advanced CCT and Hardenability calculations for General Steels
  • added calculation of physical and mechanical properties under room temperature for all materials
  • added calculation of magnetic permeability in General Steels Quench Properties
  • added choice between annealed and tempered condition in High Temperature Strength for Stainless Steels
  • added new variable Bar Radius in Grossmann hardenability of General Steels
  • added display of weight fractions in back diffusion profile plot
  • added an expert mode in options for user settings
  • added Bainite and Martensite start temperature to calibration of General Steels TTT
  • added a warning message about using high transformation fractions in General Steels Quick TTT/CCT
  • more robust General Steels solidification calculation if only Ferrite is present in the mushy zone
  • more robust General Steels and Stainless Steels solidification calculation
  • more robust Heat Treatment calculation for Ni alloys
  • improved axis labelling in General Steels hardenability plots
  • improved label for High Temperature Strength plots
  • improved strength conversion in input for High Temperature Strength calculation of Stainless Steels
  • improved consistency in Ni Superalloys "Heat Treatment" calculation for alloys containing Boron
  • improved appearance of list of properties when folding properties' groups
  • improved stress-strain calculation for High Temperature Strength in tempered General Steels
  • improved phases mapping in isopleth calculations
  • improved cast strength calculation for Mg alloys

DATABASES CHANGES

  • overall check and clean-up of all thermodynamic databases (Fe,Al,Mg,Ni,Co,Cu,Ti,Zr and Solder Alloys)
  • new assessment of AlCuFeNi systems in Cu thermodynamic database
  • addition of Si3N4 phase to Fe thermodynamic database (for SIMHEAT export use)
  • addition of Nb to the Al thermodynamic database
  • addition of Ti to the Cu thermodynamic database with phases Cu4Ti and CuNiTi
  • adjusted (Fe,Ni)Al phase in Fe thermodynamic database
  • adjusted Mo in LAVES phases in Ni and Co thermodynamic databases
  • adjusted Ni and Co in FCC contribution to molar volume
  • extended properties of SiC phase

EXPORT CHANGES

  • new AFDEX heat treatment export
  • improved Transvalor-Steel and THERCAST export for hypereutectoid steels
  • added hardness data to DEFORM-HT export
  • improved SIMHEAT nitriding and carbo-nitriding export
  • added option of non-treatable alloys in Sysweld export for Aluminium Alloys
  • removed potential double point in Sysweld export for Aluminium Alloys
  • changed the order in temperature of physical properties order in DEFORM-HT/DEFORM-Forming to avoid data interpolation issues
  • corrected unit of electrical conductivity in export to COMSOL-Multiphysics
  • extended phase transformations and magnetic permeability in COMSOL-Multiphysics export
  • added an option to only export small strain points in General Steels export to Heat Treatment packages

BUG FIXES

  • fixed potential saving of un-calibrated data to a calibrated General Steels material file
  • fixed calculation of Al cast strength T5 temper
  • fixed Flow Limit Diagram calculations for Co alloys
  • fixed a potential failure in High Temperature Strength calculation
  • fixed export options not all shown under certain conditions
  • fixed phases colours choice not respected in General Steels hardenability plot
  • fixed potential failure in solidification calculation for heavily alloyed Ti alloys
  • fixed ASTM grain size use in Austenite flow stress in General Steels
  • fixed limit of graph to the maximum temperature chosen instead of the heat treatment temperature in High Temperature Strength and Flow Stress Analysis of Ni,Ti,Co alloys and Stainless Steels
  • fixed failing calculation of TTP for Stainless Steels and General Steels
  • fixed wrong grain size indication in the results of room temperature strength of Ti alloys if only Beta is present
  • fixed input window getting too large