Abhyankar Consultancies CAE and Design Consultants

Established in 2013 and managed by technocrats having experience in CAE of more than 05 years. We provide CAE results along with design consultation. We have expertise in non-linear and dynamic analysis. “Customer satisfaction first” is only our vision and mission. 2 About F.E solutions

Finite Element Analysis (FEA) is a computer based method of simulating/analyzing the behavior of engineering structures and components under different working conditions. It is an advanced engineering tool that is used in design and to augment/replace “experimental testing”. 3 What is FEA?

 Allows virtual simulation to anticipate response of structure (stress developed and deformations) to applied loads at design stage. This allows fixing problems at design stage.  Increases the product reliability and robustness.  Reduces product development time and cost.  Reduces the number of prototype testing  Accepted validation procedure by different design codes/agencies. 4 Why FEA and how it will help you?

 Structure analysis: a cantilever, a bridge, an oil platform…  Solid mechanics: a gear, a automotive power train …  Dynamics: vibration of Sears Tower, earthquake and seismic waves, bullet impact, vehicle chassis  Thermal analysis: heat radiation of finned surface, temperature distribution in PCB, …  Biomaterials: dental implants, human organs and tissues… 5 Where FEA can be applied?

The availability of FEA enables engineers to achieve objectives which they otherwise could not, for instance making design modifications of highly stressed areas. In almost any type of engineering endeavor, FEA saves time and money. FEA aids understanding of the structural behaviour which helps to remove uncertainty and unnecessary pessimism. 6 Benefits of FEA

Finite Element Analysis (F.E.A.) Services Finite Element Analysis (F.E.A.) Services. Static Structural Analysis Thermal Analysis Couple Field Analysis Dynamic Analysis and modal analysis 7

F. E. Analysis of Crankshaft to find the Torsional Stiffness CAD ModelFE Model Torque = 1 N-m Journal Axis Tangential Deformation Units N and mm

9 Objective :To find out stresses and deflections in base frame of a diesel generator set under shock load. F. E. Analysis of base frame Response was found for different excitation values.

10 Objective : To find deflection and linearized stresses under different loading condition. F. E. Analysis of pressure vessel Region for linearized stress

Thermal Analysis of pressure vessel CAD Model FE Model Objective :To find temperature distribution over the vessel due to different heat generators. Temperature distribution

Harmonic Analysis of base frame Objective :To find the frequency response of the structure under the excitation load. dist

F.E.A. Services F.E.A. Services. Credentials Run by team of ME Mechanical Engineers specialized in CAE having an experience of 5+ years each. Engaged in Academic Activities providing FEA Learning Solutions to Students of BE Mechanical Course and for industry professionals. 13

14 Contact us …. Address :Flat no. 14, B-1, Bandal Complex, Near Kotharud bus Depot. Paud road, Pune Contact no. : , Website :