Vladislav A. Yastrebov

CNRS Research Scientist in Mechanics and Physics of Solids
Centre des Matériaux, MINES Paris, PSL, CNRS UMR 7633, BP 87, 91003 Evry, France
E-mail: vladislav.yastrebov [at] minesparis.psl.eu Phone: (00) 33 1 60 76 31 53

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Continuum Solid Mechanics

Practical work (Petites Classes), Ecole des Mines de Paris 2015-2021.

Non-Linear Computational Mechanics

Practical work, Ecole des Mines de Paris
2009, 2010, 2012

Lectures (Computational Contact Mechanics), Ecole des Mines de Paris
2014, 2015, 2016, 2017, 2018, 2021.

Download lectures

Computational Contact Mechanics (2018) [pdf]

Mechanics of Solids

Experimental mini-projects (Hertz contact), Ecole des Mines de Paris
2013, 2014, 2015, 2016

Open master course: Contact Mechanics and Elements of Tribology

Lectures and practical work (open online course), Centre des Matériaux (virtually), MINES ParisTech, 2022 (with Henry Proudhon)
Lectures and practical work (open online course), Centre des Matériaux (virtually), MINES ParisTech, 2021 (with Henry Proudhon)
Lectures and practical work, Centre des Matériaux, MINES ParisTech, 2020
Lectures and practical work, Centre des Matériaux, MINES ParisTech, 2019 (with Henry Proudhon)
Lectures and practical work, Centre des Matériaux, MINES ParisTech, 2018 (with Henry Proudhon and Andrei Shvarts)
Lectures and practical work, Centre des Matériaux, MINES ParisTech, 2017
Lectures and practical work, Centre des Matériaux, MINES ParisTech, 2016 (with Henry Proudhon)

Online Course 2022

Agenda 2022 [pdf]

Lecture 0: Foreword* [pdf]
Lecture 1: Industrial Applications* [pdf]
Lecture 2: Mechanical Contact* [pdf]
Flamant's problem solution* [pdf]
Solution for one-DoF frictional contact* [pdf]

Lecture 3: Contact and Mechanics of Materials* [pdf]
Lecture 4: Contact at Small Scales: Roughness* [pdf]
Practical work: integration of Flamant's solution* [zip]

Lecture 5: Wear and Fretting* [pdf]
Lecture 6: Computational Contact Mechanics* [pdf]
My book on computational contact mechanics [pdf]
Chapter on micromechanical contact (in French) [pdf]
Practical work: introduce contact in a simple finite element code [zip]

Lecture 7: Contact at Small Scales: Mechanics and Transport* [pdf]
Lecture 8: Lubrication and Sealing [pdf]
Practical work: integration of Flamant's solution to get displacement [python zip]

Concluding remarks [pdf]

Download extra files:

Solution for one-DoF frictional contact [pdf]
Flamant's problem solution [pdf]
Chapter on micromechanical contact [pdf]
Python script for calculation of stresses and displacements [zip]
Python script for stick-slip simulation [zip]
Z-set input files for contact simulations [zip]
Exam 2020 [pdf]

Open master course: Multiscale Simulation of Materials and Structures

with Samuel Forest, Benoit Appolaire, Vladimir Esin, Kais Ammar, Victor Derancourt.

Lectures and practical work, Centre des Matériaux, MINES ParisTech, 2016-2021

2022

Download lectures and practical work (2021):

Lecture 1: Molecular Dynamics I [pdf]
Lecture 2: Molecular Dynamics II [pdf]
Practical work [zip]
Practical work: fracture with LAMMPS [youtube]
Lecture 3: Dislocation Dynamics [pdf]

2021

Download lectures and practical work (2021):

Lecture 1: Molecular Dynamics I [pdf]
Lecture 2: Molecular Dynamics II [pdf]
Practical work [zip]
Practical work: fracture with LAMMPS [youtube]
Lecture 3: Dislocation Dynamics [pdf]

Archive 2020

Lecture 1: Molecular Dynamics I [pdf]
Lecture 2: Molecular Dynamics II [pdf]
Practical work [zip]
Practical work: fracture with LAMMPS [youtube]
Lecture 3: Dislocation Dynamics [pdf]

Archive 2018

Practical work: Gas-to-solid phase transformation in Ar [pdf]

Special course: Computational Approach to Micromechanical Contacts

Lectures and practical work, Ecole des Mines de Paris 2017

Download lectures:

Lecture 1: Linear finite element method [pdf]
Lecture 2: Viscoelasticity and non-linear finite element method [pdf]
Lecture 3: Continuus contact mechanics [pdf]
Lecture 4: Computational Contact Mechanics FEM [pdf]
Lecture 4b: Computational Contact Mechanics BEM [pdf]
Lecture 5: Roughness [pdf]
Lecture 6: Micromechanical Contact [pdf]
Lecture 7: Elastodynamic friction [pdf]