Overview
With ever shrinking timelines and budgets, CAE simulation is an important tool in the hands of designers and engineers. Modern CAE simulation tools help engineers run various what-if scenarios before a product is made. Our expert team of simulation engineers; can help you put together a simulation model which can accurately represent various phenomena experienced by the product. We have experience of putting together parametric simulation models with specific design goal. We work hand in hand with our customer teams to ensure that our simulation models meet strict deadline, meet quality criteria and reduce the overall development costs.
Fields / Applications
Our team of expert engineers has experience in using structural mechanic simulations across automotive, aerospace, process, and energy industries.
Emerging Technologies
Our team has experience in FSI, thermo-mechanical, EM-Structural coupled simulations. We have specialty skills in DEM-CFD coupled simulations. These simulations can be accomplished using either one way or two-way coupled methodology depending on the exact nature of the physics.
Multi-physics
Key Features
- Real world simulations require many physics interactions
- The interactions may be between structural, thermal, fluid, electromagnetics and other forces
- Real world multi-physics simulations will help to meet high quality targets
Simulation Driven Design
Key Features
- This is a process where CAE simulation is involved from the beginning of the product development
- Avoids multiple back and forth design verifications
- Drastically reduces the time taken for developing new products
Multibody Dynamics
Key Features
- Kinematic and dynamic motion of Linkages
- Visualize motion and predict forces
- Vehicle dynamics
Light Weighting
Key Features
- Material saving leads to cost saving
- Greater energy efficient auto and aero applications
- EV – to compensate the added battery weight
Particle Simulation-Discrete Element Method (DEM)
Key Features
- Real sized and real shaped particle movement simulation
- Realistic particle simulation for food, pharma and agricultural industries
- DEM – FEA integrated simulation
1D- Simulation
Key Features
- Performance prediction during concept development stage
- Complete system simulation
- Quick solutions even before making CAD models
Reduced Order Modelling
Key Features
- Simplifications of high-fidelity complex models
- Economic and quick solutions
- Helps to optimize the product design process
Digital Twin
Key Features
- Combination of machine learning analytics and physics based approach
- Realtime system analysis
- Useful for predictive maintenance
INDUSTRIES
We Transformed
EV - Bus Performance
Integration of Vehicle, Motor and Battery
Optimize EV bus performance with integrated 1D simulation of vehicle, motor, and battery systems
EV 3Wheeler Performance
Integration of Vehicle, Motor and Battery
Optimize 3 Wheeler EV bus performance with integrated 1D simulation of vehicle, motor, and battery systems
Radome
First Time/EV Domain
Achieve low transmission loss in radomes with HFSS simulations
Radome
Low Transmission Loss
Achieve low transmission loss in radomes with HFSS simulations
Wireless Power Transfer
Wireless Power Transferr upto 1 KM
Enable wireless power transfer up to 1 KM with HFSS simulations
UV Ventilation Fan
Concept to Detailed Design
Transform UV ventilation fan concepts into detailed design engineering solutions
Gear Box Housing
Step by Step Optimization with FEA
Optimization and weight saving about 10 percent using simulation driven design approach
Composite Enclosure
300 M Underwater – Composite Layup – Sealing
Carbon-Composite lay-up design for an enclosure subjected to 300M underwater electronic enclosure
IR Cooker
Infra Red Heating – Concept to Detailed Design
Developed concept to detailed design for IR cookers with infrared heating solutions
Solar Structure
Optimization in Compliance with IS Standards
Simulation driven design and detailing of the panel support structures
