Aerospace & Defense
To address the various needs of defense and aerospace industry, we perform broad range of analyses for nonlinearities (i.e. geometry nonlinearity, material nonlinearity, and force & boundary nonlinearity) using various tools such as Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD)
- Elastic / elastic-plastic Analysis
- Crack Analysis
- Explicit Analysis
- Fatigue Analysis
- Failure Analysis
- Creep Analysis
- Design by Analysis (DBA)
- Aerodynamic Analysis
- Heat Transfer/Thermal Stress Analysis
- Explosion/Detonation Analysis
- Chemical Reaction Analysis
- Elastic/In-elastic Buckling Analysis
- Blast Analysis
- Impact/Collision Analysis
- Weight Optimization of Vehicles/Aircrafts
Defense Services includes:
- Evaluation of the resilience of facilities against potential attacks using various tools such as CFD modelling, impact analysis modelling, blast modelling and structural dynamics expertise
- Explosion analysis to develop overpressure and impulse exceedance curves with various scenarios, blast resistance assessment, projectile penetration through wall/plate
- SDOF(Single Degree Of Freedom) and MDOF (Multi Degree Of Freedom) analyses for blast resistant building and retrofit
- We use modelling and simulation to assist engineering consulting services for important design decisions concerning design redundancy, margin, and reliability of individual components as well as system, which helps supply chain management as well as development of sparing, maintenance, and logistics strategies
Aerospace Services includes:
- Aerodynamic analysis for aircrafts and its components using CFD
- Detailed analysis to understand the impact of any aircraft design on any type of structures such as buildings, ships, plants or underground bunkers
- Various structural analyses for airframes and aircraft components including composite material wings, hydraulic system, landing gear, and bolt/joint
- Heat transfer and CFD analysis for performance improvement of propulsion systems
