CAE (Computer Aided Engineering)

CAE (Computer Aided Engineering) is the most important step towards any product development, as we know most of the aerospace and automotive OEM and tier suppliers are focused on CAE as need of more precision in these industries to check product reliability & product life cycle to reduce time as well as cost. Here we help customers in complete product development with our unique blended approach where our CAE expertise establishes interface between simulation and CAD model during design phase by giving exact result make them to predict the product performance in-order to test before creating a physical prototype leading to save manufacturing cost & time. CADELL has the team of CAE expertise who has hand-on experience on multiple tools like ANSYS NASTRAN ADAMS LS-Dyna & HYPERMESH.

    • Engineering Analysis and Simulation (CAE)

    CADELL Capabilities on CAE (Computer Aided Engineering):

    CAE (Computer-Aide-Engineering) is the most important step towards any product development, as we know most of the aerospace and automotive OEM and tier suppliers are focused on CAE as need of more precision in this industry to check product reliability product life cycle to reduce time as well as cost. Here CADELL helps customers in complete product development with our unique blended approach where our CAE expertise establishes interface between simulation and CAD model during design phase by giving exact result make them to predict the product performance in order to test before creating a physical prototype leading to save manufacturing cost. Cadell have team of CAE expertise who has hand-on experience on multiple tools like ANSYS NASTRAN ADAMS LS-Dyna & HYPERMESH.

    • Analyzing structural integrity, stress, strain, and deformation of components and assemblies.
    • Performing crash simulations for automotive safety and structural analysis for aircraft.
    • Performing modal analysis for vibration analysis.
    • Simulating the motion and interaction of mechanical systems.
    • Analyzing suspension systems, landing gear mechanisms, and robotic systems.
    • Simulating heat transfer and thermal behavior of components and systems.
    • Analyzing engine cooling, heat exchanges, and thermal management systems.
    • Analyzing and mitigating unwanted noise and vibration in vehicles and aircraft.
    • Predicting the lifespan of components and structures under cyclic loading.
    • Strength Analysis of Automotive Structures
    • Stiffness Analysis: Bending and Torsion
    • Normal Mode Analysis
    • Optimization- Size, Shape & Topology
    • Fluid Structure interaction
    • Dynamic Analysis (Point Mobility and Transient Response)
    • Kinematics & Multi Body Dynamics