These lecture notes were used in a
Research School about Multiscale Materials Modelling.
August 25th to 31st , 2001
( University of SidiBelAbbes, 22000, Algeria )

Introduction of Tokyo Institute of Technology.
 Location
 Education system
 Number of academic staff
 Number of students
 Expenditure
 Foreign students
 Scholarship

History of EAM series; evolution of EAM theory.
 Quantum calculation to EAM
 History of EAM series
 EAM84
 Superimposition of atomic electron density
 EAM86
 MEAM92
 Embedding function
 s,p,d,f symmetry in MEAM
 Applicability
 LJEAM
 Let's make an original EAM ;
DREAM and its results.
 Idea of Dimer Reference EAM
 Phase diagram
 Philosophy
 Farther possibility

Computer exercise by using a
program by Takahashi.
 Total energy calculation
 Enegetics for uniform dilation
 Reconstruction calculation
 Deformation of C60
 Let's
visualize the calculated results by using
AView.
 Down load
 Data file format
 Exprot file format
 Three windows
 Mouse & wheel stirring
Lectures in the summer school
Research School about Multiscale Materials Modelling.
August 25th to 31st , 2001
( University of SidiBelAbbes, 22000, Algeria )
organized by prof.Hafid Aourag
 Classical MD  Simulations on Massively Parallel Supercomputers with Application to Shock Waves in Solids.
 Johannes ROTH,
Institut fur Theoretische und Angewandte Physik
Universitat Stuttgart, Pfaffenwaldring 57, Room 6.150, GERMANY
 Theory and procedures of embedded atom method (EAM) series ; the method to calculate energy of multiatomic systems
 Kunio TAKAHASHI,
Tokyo Institute of Technology, Tokyo 1528552, JAPAN
 Potentials functions
 Sakir ERKOC,
Middle East Technical University,
Department of Physics, 06531 Ankara, TURKEY
 HartreeFock and Crystal
 Sylvia CASSASA,
University of Torino, ITALY
 Classical Molecular Dynamics
 Ahmed Lazreg,
University of Sidi Belabbes, Algeria
 Ab initio Pseudopotential Calculations
 Bachir Bouhafs,
University of Sidi Belabbes, Algeria
Abbar Boucif,
University of Sidi Belabbes, Algeria
 Tight Binding Total Energy,
 Amel Laref,
University of Sidi Belabbes, Algeria
 Finite Element Method
 GoumriSaid Souraya,
University of SidiBelAbbes, Algeria
 MultiScale Materials Modelling
 Hafid Aourag,
University of Sidi Belabbes, Algeria