Institute of Strength Physics and Materials Science SB RAS
  • About
      Structure of ISPMS SB RAS Strategy Facts and Figures History
  • Research
      Programs and Grants Main Results
  • Developments
  • Conferences
  • Journals
  • Contacts
Russian
Institute of Strength Physics and Materials Science SB RAS
Institute of Strength Physics and Materials Science SB RAS
  • About
      Structure of ISPMS SB RAS Strategy Facts and Figures History
  • Research
      Programs and Grants Main Results
  • Developments
  • Conferences
  • Journals
  • Contacts
Russian

Institute of Strength physics and materials science

Siberian Branch of the Russian Academy of Sciences

Physical mesomechanics

Materials with a multi-level hierarchical structure and intelligent manufacturing technologies

The Minister of Science

The Minister of Science and Higher Education of the Russian Federation got acquainted with the developments of the ISPMS SB RAS

Physical Mesomechanics

Impact factor 1.850 (2020) Five year impact factor 1.738 (2020) Q2 in Materials Science, Characterization & Testing

NEWS

NEWS

All News

Elections of the director of the institute took place at the...

30 May 2024

More than 30 employees of the Institute of Strength Physics ...

28 February 2024

Great prospects for the scientific direction. Ten years of l...

29 June 2023

EVENTS

Archive

27

May

May 30 14.00 Seminar “MECHANICS: experiment, modeling, applications”

20

May

Physics seminar of the Institute of Physics and Mathematics SB RAS 05.20.2024

15

May

05.15.2024 XIII INTERNATIONAL RUSSIAN-KAZAKHSTAN SYMPOSIUM “COAL CHEMISTRY AND ECOLOGY OF KUZBASS”

Developments

Development

More

High-performance electron beam technologies and metal 3D pri...

Ion-beam technology for increasing the durability of cutting...

Technology and equipment for ion-plasma sputtering of coatin...

Automated laser measuring complex with television recording ...

Acoustic structure and stress analyzer ASTR

Hybrid nanotechnology and combined ion-beam processing equip...

Arc-resistant cermet material for electrical contacts

Ion-plasma technology and equipment for applying thermostabl...

Complex of optical-television and acoustic-emission diagnost...

Equipment for ultrasonic impact treatment of welds

Equipment and technology for ultrasonic finishing of machine...

Composite (multicomponent) cathodes for vacuum-arc and magne...

Materials with shape memory effect and surface layers with i...

Nanostructured ceramic composite materials

Semi-finished products from titanium alloys with ultra-fine-...


RESEARCH

RESEARCH

More

A method has been developed for studying the distribution of...

Study of the structure and mechanical properties of vertical...

Formation of Ti-Al intermetallic compounds during ion-plasma...

Wear of nickel superalloy tools during friction stir welding...

Features of fracture in single-phase (fcc) and two-phase (fc...

The effect of magnesium on the strength and corrosion of AlS...

Features of the interaction of cracks with inclined grain bo...

Scale resistance of titanium silicide – titanium aluminide p...

Effect of extrusion on the microstructure, deformation and t...

Mathematical model of biological fluid flow through a cylind...

Influence of parameters of two-jet gas protection on the str...

Influence of the method of introducing strengthening particl...


ABOUT

Structure of ISPMS SB RAS
Strategic Plan
Facts and Figures
History

LINKS

Russian Academy of Sciences
SB RAS
Russian Science Foundation

CONTACTS

+7 (3822) 49-18-81
root@ispms.tomsk.ru
2/4, pr. Akademicheskii, Tomsk, 634055, Russia

© Institute of Strength Physics and Materials Science Siberian Branch of RAS 2008 - 2025