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Scientific trends
Aircraft metallic materials
Non-metallic aircraft materials
Testing center
Material corrosion resistance and anticorrosion protection methods for structures

Scientific trends


  • Cast heat-resistant alloys and coatings for GTE single-crystal blades with the transpiration cooling.
  • High-temperature heat-resistant and intermetallic materials for GTE hot section parts.
  • Advanced technological processes for production and processing of aviation metallic materials.
  • High-strength corrosion-resistant steels and metallic instrumental materials.
  • High-strength, heat- and corrosion-resistant Aluminium and Magnesium alloys; composite materials on their basis.
  • Anti-corrosive protection of materials and structures.
  • High-strength, heat-resistant and intermetallic Titanium alloys.
  • Structural and decorative-finishing thermoplastic materials.
  • Present-day methods, means and technologies of non-destructive control.
  • High-strength and high-modules polymer composite materials (carbon- and organoplastics) for aircraft structures operating within the wide temperature range.
  • Structural, radiotransparent and radioabsorbing glass fiber reinforced plastics (GFRPs) and coatings for the airframe and engine. Advanced technological processes for the production and processing of polymer composite materials.
  • Binders for structural polymer and painting composite materials, adhesives, sealants, high-thermoprotective, heat- and sound-insulating materials and special liquids.
  • High-temperature protective and antioxidation coatings along with carbon- and glass-ceramic materials for the operation at the temperature over 1300°С.
  • Structural and heat-resistant adhesives, adhesive prepregs, sealants and rubber.
  • Painting, thermoprotective, sound- and heat-insulating materials.
  • Passportization and certification of aviation materials.


Twelve scientific schools in various scientific trends function in “VIAM” FSUE, RF SRC. All these schools are internationally recognized in the field of materials science:

  • casting of single-crystal  turbine blades with the fundamentally new transpiration cooling (grant);
  • high-gradient directional solidification method for the production of GTE blades;
  • physics of metals and heat-resistant alloys;
  • high-strength Aluminium alloys;
  • Titanium alloys;
  • aircraft steels;
  • metallurgy of aircraft steels and heat-resistant alloys;
  • deformation treatment of metallic materials;
  • composite materials;
  • polymer materials;
  • structural strength and operational capability of aircraft materials;
  • high-temperature glass ceramic materials
The two first scientific schools (00-15-99084 and NSh-1571-203.8) have the grant of the RF President as the leading scientific schools in Russia. The head of these schools is E.N.Kablov, Academician, Professor.

To watch video
Molding of parts of polymer composite materials
High-temperaure automated test complex
Production of painting materials
Protective technological coatings for steels and alloys
Amorphous tape materials
“VIAM” FSUE climatic stations
Prof. S.I. Kishkina laboratory of material strength and reliability
Thermal analysis
Polymer composite materials
Experimental and industrial department for manufacturing phenolic-elastomer foam plastics
Shop for vacuum casting of blades with the single-crystal structure
S.T. Kishkin research and experimental centre
VIAM-2002 vacuum induction melting unit
MAP ion-plasma units
Express laboratory for determination of alloy chemical composition
X-ray flaw detection in VIAM
System for metallophysical analysis of metallic materials
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