At Talang Praudyogikee LLP, real-world reliability is engineered before the prototype is built.
Our fully licensed ANSYS Simulation Laboratory performs comprehensive Static, Modal, Dynamic, and Fluid analyses — enabling us to validate, optimize, and certify every design we develop.
Key Capabilities
Static Structural Analysis
Evaluation of stress, strain, and deformation under static loads.
Verification of factor of safety, yield margins, and load path integrity.
Comparison of alternate materials and cross-sections for optimized stiffness-to-weight ratio.
Modal Analysis (Natural Frequency & Mode Shapes)
Determination of natural frequencies and vibrational modes to prevent resonance.
Validation of design improvements for machine tool gantries, frames, and rotating assemblies.
Supports correlation with experimental modal testing (DIC/LDV) for ground-truth verification.
Harmonic & Transient Dynamic Analysis
Response evaluation under sinusoidal, impact, or time-varying loads.
Predicts fatigue zones, phase lag, and transient behavior of moving assemblies.
Essential for high-speed systems and cyclic loading applications such as feed drives and rotary fixtures.
Fatigue & Life Estimation
Fatigue analysis using S–N curves, Goodman diagrams, and cumulative damage models.
Identification of life-limiting regions for preventive design reinforcement.
Thermal & Fluid Flow (CFD) Simulations
Steady and transient heat-transfer and fluid-flow analyses for thermal management systems.
Application to brine distribution, cooling channels, and environmental process units.
Pressure-drop and velocity-profile optimization for pipe and duct designs.
Vibration & Modal Damping Studies
Assessment of modal damping, frequency response, and operational deflection shapes (ODS).
Integration of viscoelastic or composite materials for vibration suppression.
Nonlinear & Contact Behaviour
Analysis of large-deformation, contact, and plasticity for assemblies under realistic boundary conditions.
Supports bolted joints, bearing interfaces, and impact components.
Optimization & Design Exploration
Parametric and topological optimization to achieve lightweight yet stiff configurations.
Multi-objective analysis integrating MOGA, DOE, and Response Surface Methodology.
Validation & Reporting
Fully licensed ANSYS Workbench, Mechanical, and Fluent environments.
Custom reporting with stress contour maps, mode shape animations, convergence charts, and tabulated results.
Results formatted for academic documentation or industrial submission.