 |
|
 |
|
 |
|
 Personnel
Personal Information
- Family Name: Kudryashov
- Given Names: Alexander Evgen'evich
- Academic Degrees: B. D., M. D., Ph. D.
- Address office:
SHS Center. Moscow Steel & Alloys Institute (MISA),
Leninsky pr.4, 164, Moscow, 119049. Russia,
Tel.: +7-(495)-955-00-26; 236-5298
Fax: +7-(495)-955-00-26
- Date of birth: January 24, 1963
- Citizenship: Russian
- Family Status: married, 1 child
- Education (Degrees and Diplomas):
|
N
|
Degree
|
Month & Year Awarded
|
Discipline
|
University, (Institute)
|
|
5
|
Ph. D
|
June 2001
|
Powder Metallurgy & Composition Materials
|
Moscow State Institute of Steel & Alloys (Technological University)
|
|
4
|
Certificate
|
May 1998
|
Powder Metallurgy, Composite Materials, Coatings
|
Post-graduate Course at Moscow Steel & Alloys Institute
|
|
3
|
Diploma
|
May 1991
|
Theory and practice of SHS-process
|
Department of Self-Propagating High-Temperature Synthesis
(SHS)-process Moscow Still & Alloys Institute
|
|
2
|
Diploma
|
May 1990
|
Ultrasonic engineering and technology
|
Ultrasonic engineering and technology Department Moscow
Still & Alloys Institute
|
|
1
|
Master's Diploma
|
June 1987
|
Foundry manufacture of ferrous and non-ferrous metals
|
Foundry manufacture of Ferrous and Non-ferrous Metals
Department Moscow Still & Alloys Institute
|
- Employment:
|
Date
|
Institute
|
Position held
|
From January
2002
|
Scientific-Educational Center SHS, Moscow Steel and Alloys Institute |
Senior Research Scientist |
|
07.1990 -12.2001
|
Scientific-Educational Center SHS, Moscow Steel and Alloys Institute
|
Engineer, Research Scientist Younger, Research Scientist
|
|
09. 1987-06.1990
|
Moscow Scientific- Research Institute " Sapphire"
|
Research Scientist
|
|
09.1982-06.1987
|
Foundry manufacture of Ferrous and Non-ferrous Metals
Department Moscow Still & Alloys Institute
|
Student
|
|
09.1978-06.1982
|
The Moscow technical school of electronic devices
|
Student
|
- Title of Thesis Doctorate: Design and industrial application new composite materials and technologies for electro-spark alloying
- Title of Master's Thesis:The influence of ultrasound on the structure
and properties of Sn-In alloys.
- The Field of Scientific Interest (Key Words):
- Surface Engineering, Thermoreactive Electro-Spark Surface Strengthening
(TRESS), Electro-Spark Alloying (ESA);
- Structure and properties of ESA and TRESS materials;
-
Surface strengthening and restoration of dies using
in car industry; working edges of forges, punches, dies, trimmers, as
well as dies for isothermal pressing; cutting tools, saws, drills, etc.
- Awards Received:
- Grant within the European Program of Scientific Integration "Eureka", EU 1525, 1996-98.
- Grant within the European Program of Scientific Integration "Eureka", EU 2260, 1999-01.
- Grant within the European Program of Scientific Integration "Eureka", EU 2728, 2002-04.
- CRDF Grant RUE1-1506-MO-05 Development of electro-spark alloying (ESA) and thermo-reactive electro-spark surface strengthening (TRESS) technologies and set of equipment with attachments for mechanization, 2005-06
- Number of Publications: 299
|
|
 |
|
 |
|
|
