Engineering Simulation

We are highly qualified specialists in helping design engineers by providing numerical simulation results based on Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) in a number of areas, enabling our customers to better visualize their design. With our experience in design, we are well aware of the multiple targets a designer has to meet during the development process. We have a proven track record in providing efficient and practical solutions to optimize your products with respect to crucial design criteria such as strength, reliability, simplicity, weight. We also provide comprehensive documentation after completion of the analysis, which may then serve as an internal record, but also satisfies quality assurance’s and regulatory bodies’ requirements.

CAPABILITIES IN SIMULATION

Engineering Simulation

Sizing and cost optimization of the structure
Design optimization for weight and structural integrity

Linear and nonlinear stress simulation

Linear structural stress analysis

Material (Viscoelastic, Hyper-elastic, and Plasticity) Non-Linear structural analysis

Large deformation non-linear structural analysis

Contact non-linearity analysis. Lifting analysis

Dynamic analysis

Finding eigen vector and Eigenvalues from modal analysis to check the synchronization of frequency

Forced Response Analysis – Harmonic(sinusoidal), Random Excitation (PSD)

Transient Dynamic Analysis (Shock analysis)

Seismic Analysis (base shear)

Crash Test

Drop Test

Impact Test

Composite analysis

Composite material stress analysis

Ply shape optimization

Laminate sequence optimization

Sizing optimization

Heat transfer analysis

Steady-State Heat Transfer Analysis

Transient Heat Transfer Analysis

Fatigue analysis and calculation

Fatigue based on stress and strain

Fatigue calculation as per ASME Sec VIII, Div 2, part 5

Piping routine analysis

Stress Analysis

Support Verification

Nozzle Load and Moment Determination

Static equipment & heat exchanger design

Design strength calculation of static equipment, heat exchanger as per ASME SEC III, SEC VIII (div,1,2,&3), TEMA, etc...

Elastic Stress Analysis

Elastic-Plastic Stress Analysis

Fatigue, Ratcheting, Shakedown, and Creep Assessment.

Gasket Seating Analysis

Pull out strength analysis for a Tube-to-Tube sheet joint

Computational fluid dynamics (CFD)

Steady-State Fluid Flow

Transient Fluid Flow

Hydrodynamics

Aerodynamics

Free and Forced Convection

Heating and Cooling

Mixing of Fluids

Particle Tracking

Fluid-Structure Interaction