Aerospace industry is always dedicated to deliver safe, reliable, durable and technically superior products. Hence, it always chooses and uses very stringent safety and regulatory norms appropriate for their products. The selection of such norms depends upon the performance, safety and quality of the components. Varying standards with respect to varying applications make the design engineers to carefully design their components that meet out these requirements. As the standards vary randomly with respect to every single components and systems, the level of complexity for the designers increases. It even increases when it comes to the process of integrating all individual components into one system. In order to handle such complexities at a very early stage and to respond to the need for continuous improvements for better product in a shorter lead time to market, the use of advanced modeling and simulation tools like FEA has become mandatory.

Our expertise could assist you with,

Turbine

• Evaluation of LCF and HCF
• Evaluation of Thermal Stress, Vibration and Rotodynamics
• Reducing the risk of Creep & Fracture.

Compressor

• Evaluation of LCF and HCF
• Evaluation of Stress, Vibration and Rotodynamics
• Reducing the risk of Creep & Fracture.

Systems

• Evaluation of Crack Propagation and Growth
• F&DT Analysis for landing Gear Doors (NLGD, BLGD, etc.)
• Reducing the risk of component failure

Finite Element Analysis (FEA) is used extensively by Automotive industries in recent times. It is mainly due to the fact that the timescale between concept to prototype development has reduced to even 18 months in certain cases. For a product/model to succeed in the market, reduced lead time with high quality and reliability is the need of the hour along with various other influencing factors. This is achieved using FEA by virtually predicting the vehicles response during primitive design and modify the design before physically validating it through testing.

Our expertise could assist you with,

• Fluid Structure Interaction
• Structural/Model/Harmonic Analysis
• Body in White (BIW)- analysis
• Reducing the risk of Creep & Fracture.

Other Areas:

• New Product development engineering & analysis
• 2D to 3D conversion
• Multi body dynamics (MBD)

Manufacturing is the most diverse sector in the field of engineering involving a plethora of process and activities that are highly sensitive to quality and reliability of the components and process used. Globalization and stringent government norms has built pressure on manufacturing industry for effective and optimum utilization of raw materials, power and other resource consumption. In order to meet out the market demand and competition without compromising on government regulations, manufacturers globally adapt techniques like mass production and automated production lines. The efficiency of such techniques is heavily dependent on the quality and reliability of the machines and process used.

Components of Oil & Gas industry are exposed to harsh environments and thereby subjected to a very high pressure and temperature loads during its regular operations. In recent times, there is a growing need for oil & gas plants to overcome these engineering challenges in order to ensure safe and reliable operation of the equipments in a cost-effective manner. One such way is to use more advanced analysis tools such as FEA to design, model and simulate oil & gas plant components. FEA allows engineers to design new components and to optimize the existing components without having to undertake expensive large scale tests. It also helps to obtain a viable and a workable solution at a lesser time and reduced cost.

Our expertise could assist you with,

• Pipe stress analysis
• Pressure vessel stress analysis as per ASME & PD-5500
• Heat exchanger design and analysis