We have extensive experience in the design of aeronautical composite structures. We carry out design work in accordance with widely recognized design methodologies using specialized software.

Composite structural components – scope of services

• Design of structures and composite parts in CATIA environment:
  • definition of the composite layer in a dedicated Catia CPD module enabling effective and flexible management of the structure at all stages of the project;
  • optimization of layers layout taking into account manual and robotic manufacturing processes.
• Numerical analysis using NASTRAN, PATRAN and HYPERWORKS software:
  • proven and implemented computational methods to accurately predict the strength of structures, taking into account stresses and deformations in layers;
  • linear calculations (static strength, loss of stability) and non-linear calculations (large displacements, progressive failure);
  • strength calculations of bolted and glued joints;
  • buckling and natural vibration analyses, ad hoc strength analyses.

Our activity is focused on:

• planning and supervising of the testing process;
• development of comprehensive tests programs and analysis of results for the certification process;
• project management;
• coordination of testing activity within project consortia;
• cooperation with research centers at home and abroad.

Our research interests focus on:

• static and dynamic numerical analysis of composite materials and structures;
• implementation and development of composite failure criteria;
• assessment of resistance to damage;
• the process of certification of aeronautical composite structures (according to
  AC 20107B);
• development and implementation of composite technologies;
• inverse problems in the mechanics of materials.