Introduction to Materials Modelling

The book, edited by Zoe Barber, is based on a one-year, interdisciplinary Masters Course given by the Materials Science and Metallurgy Department of Cambridge University. The course is designed for graduates from the sciences, mathematics, and engineering. It covers techniques spanning a huge range of length scales, from atoms to engineering structures.


  1. General Aspects of Materials Modelling, by P. D. Bristowe and P. J. Hansip
  2. Modelling of Electronic Structure, by A. H. Cottrell
  3. Advanced Atomistic Modelling, by P. J. Hansip
  4. Thermodynamics, by H. K. D. H. Bhadeshia
  5. Kinetics, by H. K. D. H. Bhadeshia and A. L. Greer
  6. Monte Carlo and Molecular Dynamics, by J. A. Elliott
  7. Mesoscale Methods and Multiscale Modelling, by J. A. Elliott
  8. Finite Elements, by S. Tin and H. K. D. H. Bhadeshia
  9. Neural Networks, by T. Sourmail and H. K. D. H. Bhadeshia
Superalloys Titanium Bainite Martensite Widmanstätten ferrite
Cast iron Welding Allotriomorphic ferrite Movies Slides
Neural Networks Creep Mechanicallly Alloyed Theses Retained Austenite

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