PPT Slide
Content
What We Are
Organisation - Scientific
Who are we?
Thermodynamic Modelling : MTDATA: Alan Dinsdale; Hugh Davies; John Gisby; Susan Martin; Jim Robinson
Thermodynamic Modelling: Engineering Toolkits: Alan Dinsdale; Hugh Davies; John Gisby; Susan Martin; Jim Robinson
Heat Flow Properties for Metals and Oxides: Rob Brooks; Lindsay Chapman; Alan Dinsdale; Peter Quested; Jim Robinson;
Thermodynamic modelling using MTDATA
What is MTDATA ?
Typical graphical outputs
Example of convergence testing
Too good to be true ?
Models and Materials
Databases availability (1)
Databases availability (2)
Databases availability (3)
Typical output from UNARY database
Typical output from P_UN database (1)
Typical output from P_UN database (2)
Typical output from TCFE database
Typical output from MTSOLDERS database: Ag-Cu-Pb-Sn system
Typical output from MTSOL database
Typical output from MTAL database
Typical output from SGSUB database
Typical output from NPLOX2 database
MTDATA family structure
NPL Virtual Measurement Systems
NPL Engineer's Tool Kits
Relative Light Output results
EHECATL: General MTDATA/Fluent binding
Aqueous Chemistry(1) U-H2O system
Aqueous Chemistry(2) H2O-Am(NO3)3-EDTA
Ag to Pb0.5Zn0.5 isopleth including gas phase
Ag to Pb0.5Zn0.5 P-x diagram at 800 K
LM25 equilibrium solidification
LM25 Scheil solidification (1)
LM25 Scheil solidification (2)
Metal - metal halide phase equilibria
Modules - UNARY
Modules - GPLOT
Modules - BINARY
Modules - TERNARY
Modules - MULTIPHASE
Modules - APPLICATION
Modules - COPLOT
Modules - THERMOTAB
Data Assessment
Typical experimental data input
Data Assessment monitoring
Post Assessment Reports
Conclusions
Email: rhd@newton.npl.co.uk
Other information: This presentation is reproduced with the permission of Hugh Davies of the National Physical Laboratory, Teddington
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