AIRCRAFT BUILDING

We provide a range of engineering services for the preparation and execution of engineering projects for aircraft developers and manufacturers. 

Our engineers have extensive practical experience in the development and modernization of aircraft of various types, strength calculations of structural elements, as well as production support, design of specialized technological equipment for the manufacture of parts and assembly of aircraft components and assemblies.

In the provision of services, modern approaches and the latest software systems are used, including modeling methods based on the properties of various metals and composite materials, specialized techniques used by our customers and modern technologies for production support.

STRUCTURAL STRESS ANALYSIS:

STATIC ANALYSIS OF STRUCTURE:

  • Global and local finite element modeling for primary and secondary structures
  • Linear analysis
  • Non-linear analysis with an account of large displacements and material plasticity
  • Postbuckling analysis 
  • Strength analysis of details (hand calculation) 

FATIGUE ANALYSIS OF STRUCTURE:

  • SSS Analysis of the considered element, the definition of critical areas (zones) of the element using the general finite element models, if necessary, a global-local finite element modeling is used
  • Linear analysis
  • Assessment of equivalent rated voltage of ranges of loading of constructive elements
  • Assessment of fatigue durability of an element
  • Selection of the safety factor
  • Assessment of a settlement safe resource of an element

DAMAGE TOLERANCE ANALYSIS OF STRUCTURE:

  • Global and local finite element modeling for primary and secondary structures
  • Linear analysis
  • Non-linear analysis with an account of large displacements and material plasticity
  • Postbuckling analysis 
  • Strength analysis of details (hand calculation) 

STATIC, FATIGUE AND DAMAGE TOLERANCE ANALYSIS FOR AIRCRAFT STRUCTURE ITEMS WITH MANUFACTURING DEFECTS.

STRUCTURE DESIGN:

  • Computer Rendering & Animation
  • Concept Design
  • Primary/Secondary/Payloads/Systems/Pylon parts, Assemblies and Installations Design (Aluminum, Steel, Titanium, Composites)
  • Detailed Design
  • Production and Maintenance Tooling Design
  • Development Engineering/Work Documentation

Our highly qualified specialists apply the state-of-the-art CAE techniques including composite structural design and analysis methods, and use the advanced engineering software tools such as CATIA, Siemens NX, SolidWorks, HyperWorks®, MSC NASTRAN/MSC PATRAN.

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