CAE — BIW structural insight
Contour visualization on BIW architecture to interpret load paths and peak regions—supporting design decisions before physical prototypes.
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Product design through CAD and CAE, physical prototypes, structured testing, and certification support—aligned to your application, standards, and programme gates.
We deliver engineering work for Mobility, Rail & Heavy Engineering—from defining the product for its application through simulation, build support, and evidence for stakeholders and authorities.
Representative simulation views—BIW, chassis/frame, and durability-led contours—complementing our CAD, integration, and detailed design work with structural insight for Mobility, Rail & Heavy Engineering and Tier 1 reviews.
Contour visualization on BIW architecture to interpret load paths and peak regions—supporting design decisions before physical prototypes.
Structured CAE output with legend and contour resolution suited to reviews with OEM and Tier 1 teams—static, dynamic, or durability contexts.
FEA contour views on ladder-frame architectures to validate stiffness, durability targets, and structural margins ahead of prototypes—aligned to commercial and heavy-duty programmes.
Design, simulation, physical validation, and documentation—structured for programmes that demand rigour and traceability.
Design of the product for its application—meeting technical parameters, performance targets, and applicable standards across the development cycle.
Concept through detail design for new product development (NPD): 3D CAD modelling and 2D detailing for release, manufacture, and change control.
Virtual simulation using implicit and explicit solvers—linear and nonlinear static structural analysis; free and forced vibration including natural frequency, frequency response, transient response, and random response; fatigue assessment.
Prototype builds in MDF or per your material and process specification—supporting design reviews and interface checks ahead of hard tooling.
Application-oriented testing per Indian standards or your requirement—covering static, dynamic, vibration, and fatigue regimes as applicable.
Support with component test certificates as required—including structural stability documentation and QA certificates aligned to customer or authority expectations.
We are experts in composite manufacturing processes including FRP, SMC, pultrusion, vacuum forming, and 3D printing.
Virtual builds that complement your CAD releases—structural integrity, vibration behaviour, and durability insight before you spend on metal.
Linear and nonlinear static structural analysis for load cases, margins, and design iterations.
Simulation frameworks matched to the physics—from quasi-static paths to events needing explicit time integration where appropriate.
Natural frequency extraction; frequency response; transient response; random response—aligned to your durability and comfort targets.
Fatigue analysis to support lightweighting and life targets under realistic loading spectra.
Accelerate product development with simulation-driven design
Reduce prototype iterations and testing costs through virtual validation
Ensure product quality through rigorous engineering analysis
Experienced engineers with deep domain expertise
Contact us today to discuss your engineering requirements.