CAE Services:
In this dynamic & Complex engineering world Computer Aided Design, Engineering, Analysis and Simulation is of equal vital importance. IndvalTech provides companies in the Aerospace, Automotive, Tool & Die, Medical Devices, Energy industry with a comprehensive set of analysis and realistic simulation solutions ranging from assembly, linear & nonlinear structural response, mechanisms, failure analysis. The virtual analysis can be done at both component & system levels to reduce the need for costly physical analysis.
As new variations of the product are being investigated, virtual analysis can be run on the new variants without extensive reloading of the data. IndvalTech’s PLM sector reassures the physical analysis and simulation before prototyping and before mass production as well.
- Structural Analysis.
- Thermal & CFD.
- Digital mockup.
- Design Optimization.
- Damage Tolerance Analysis (DTA).
- Failure Modes, Effects & Criticality Analysis (FMECA).
- Fluid-structure interactions.
- Heating, Ventilating, and Air Conditioning (HVAC) analysis.
- Fluid-structure interaction analysis.
- Heating, Ventilating, and Air Conditioning (HVAC) analysis.
- Value Add & Value Engineering (VA/VE).
- Noise Vibration & Harshness Analysis
- Mold Flow and Formability Simulations
Finite Element Analysis (FEA):
Our capabilities in FEA span a range of product domains including Turbomachinery, Automotive, Aerospace, Tool & Die, Locomotive, Medical Devices, Energy, and Industrial products. Using FEA, we help customers assess the structural integrity of the design and provide recommendations for improvement and optimization.
FEA is beneficial to any project that requires strength, durability, or dynamics analysis. It investigates design changes for cost, weight, manufacturing, benchmarking, or performance reasons, and can provide confidence in designs before undertaking expensive and potentially destructive test regimes. Using sophisticated modeling software, FEA simulates interaction, and movement between parts in a system given a specific set of parameters.
For components that are too large or complex for traditional testing, FEA provides a viable method to determine system dynamics and product characteristics. Our experts work with you to define boundary conditions and loadings that accurately reflect the service environment of your products. After running a finite element analysis, we can provide reliable data about ideal working conditions, fatigue, creep, load limits and durability, failure scenarios, and life cycling.
Computational fluid Dynamics (CFD):
A full-scale CFD simulations can be performed over complex geometries generating insights into flow behavior around bodies thus providing significant advantages when it comes to validating or optimizing designs. CFD can be used to accurately predict multi-phase flow behavior of fluids discretely dispersed in continuous phase of main fluid domain. Multi-phase flow studies are inherently complex to model in CFD, and hence more understanding is required in approximating boundary conditions when it comes to simulating and optimizing these flow systems. We have performed particle to particle and phase dispersion transport analysis for clients across industries.
- Conjugative Heat transfer Analysis (CHT)
- Transient Analysis
- Internal Flow Analysis
- External flow analysis
- Fire Dynamic Simulation (FDS) & Moving geometries flow analysis
- Multi-phase flows
- Aerodynamic performance
- High quality mesh / grid generation
