Thermophysical Database - Thermo-Prop
Rating
Downloads
: 213
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Price : 290.00
Shareware
Size :
1.30MB |
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Version : 1.4.2 |
Major Update
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Win2000 , Win7 x32 , Win98 , WinOther , WinVista , WinXP , Other
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Physicochemical and thermophysical properties
Thermo-Prop database contains intrinsic outcomes of research works carried out there within the development of audio, accurate, experimentally and literally based models for components properties. Far reaching data are usually available such as aluminium lightweight, copper and ferrous metals which also include even more detailed information concerning small fraction solid, density and heat conductivity change in the particular mushy zone that intrinsically occur during solidification.
Regarding example, the thermophysical plus physical properties of the particular liquid and solid stages are critical components within casting simulations. Such attributes include the fraction solid changed, enthalpy release, thermal conductivity and density, all since a function of temp.
The database is properly established as the major source of information upon materials properties; thus this provides a strong system for thermophysical and physicochemical properties needed in procedure modelling.
Thermo-Prop software includes high quality databases, which usually have been measured plus compiled by Institute associated with Engineering Thermophysics and via collaboration with National School of Sciences and SGTE (Scientific Group Thermodata Europe).
Features of Thermo-Prop software program for Windows include:
2. Probably the most reliable thermophysical plus physicochemical property calculations obtainable.
* Automatic calculation associated with thermophysical and physicochemical qualities; thus access to the wide range of vitally assessed thermophysical and physicochemical data.
* The data source covers thermophysical properties (Gibbs energy, enthalpy, entropy, particular heat capacity, thermal conductivity and density) for almost all the metallic elements within the periodic tables; plus alloys, namely aluminium, copper mineral and ferrous alloys.
2. Likewise, physicochemical properties (viscosity and surface tension) for all your metallic elements and their own corresponding binary alloys will also be covered.
* Heat move module is also availabe to find out parameters of warmth transfer coefficient.
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Requirements :
None
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