Mechartés Researchers Pvt. Ltd. 2, Commercial Complex,
Mayfair Garden, Near Hauz Khas, New Delhi - 110016

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CAE Projects for
Linear, Non-Linear FEM

Strength analysis for complicated loading conditions
Crash and fatigue failure analysis
Design with Mass, Strength & Cost Optimization criterion

Simulation: The representation of characterestics or behavior of one system through the use of another system,
especially a computer program designed for that purpose

CFD Projects

+ Building Design and Analysis

-Smoke ventilation system design for DIAL -Thermal analysis of ITI Datacenter, Bangalore -Flow analysis in Air Curtain -Optimization of duct ventilation system -Optimization of cooling system, Columbia College -Ventilation analysis for DMRC workshop -Smoke ventilation system design for BIAL -Design optimization of diffuser in Storage tank -Ventilation design for Golden Heights , Bangalore -Fire and Flow Simulation

+ Transportation, Automobile, Rail and Aerospace

-Smoke ventilation design for Kongre Vadisi Tunnel -Air Flow & thermal simulation for transport box -Ventilation analysis for DIAL driveways -Smoke ventilation design for VVIP Tunnel, Dubai

+ Power Sector and applications

-Heat transfer analysis in hot water generator -Pulverized Coal fired boiler

CAE projects

+ Design Projects

-Moving Tower -Railway Freight Coach

+ Accoustic Analysis

-Noise reduction in a shock absorber -Sound optimization in automobile horn

+ Piping Analysis

-Thermal stress analysis for HVAC pipeline -Pulsation analysis for petroleum pipeline

+ Linear and Non-Linear FEM Analysis

-Mass minimization of Broaching table -Crash analysis of railway coach connector -Under vehicle scanner strength analysis -Jumping shoe strength analysis

+ CAD Drafting-2D & 3D & mesh Generation

-Plumbing network design

Customized Software Tools

+ All Projects

-CFD Tool for HVAC Applications -Automatic Ducting Software -Air Handling Unit -Vibration Isolation program -Shell and tube heat Exchange Design tool -Accoustic Simulation tool for horns -Scheduling Software for Nuclear power plants

Why Linear Non-Linear FEM..

Design of mechanical components requires analysis of material strength for various loading conditions. Finite Element Method (FEM) is the advanced tool for calculating the strength and failure properties of solids. This involves simulation of stresses developed in structures for static and dynamic loads. It also involves effect of these stresses in causing failures of components and systems and design optimization using Finite Element Method (FEM) analysis.

Typical examples include:
Aerospace: Designing of light weight, high strength structural components
Power Sector: Analysis of civil structures for hydraulic forces in Hydel power plants
Construction : Wind load analysis
Biomedical : Failure prediction of bones

Interested to know more?
feel free to contact :

Prashant Ojha
CAE Project Lead

prashant@mechartes.com

CFD Projects

CAE projects

Customized Software Tools

Why Linear Non-Linear FEM..

Prashant Ojha CAE Project Lead

Prashant Ojha
CAE Project Lead