FEA Analysis on structures to predict their dynamic response under different loading conditions
3D Model preparation: Electronic Cabinet
Meshing or Grid Discretization: Ansys FEA Meshing
Grid Sensitivity Analysis: With three sequential grid sizes
Simulation Analysis: Ansys Workbench (Mechanical); FEMAP, SAP2000
Performed Analysis:
- Non-linear/transient Structural Analysis of Cabinet coupled with shock mounts against time-dependent loads
- Linear/non-linear Eigenvalue Buckling or Post Buckling analysis
- Coupled Modal, structural and random vibration Analysis; Coupled model, structural and harmonic analysis on cabinet/foundations airborne components
- Steady state/Transient thermal analysis of mechanical assemblies against different thermal stresses
- Explicit dynamics/non-linear transient dynamics
- Fatigue Analysis on structures against repeated application of load
- Ansys design xplorer for Optimization and six sigma analysis for best possible design
Outcome:
- Appraising the dynamic response of a cabinet structure to appraise time-varying displacements, strains, stresses, and forces
- Prediction of the theoretical buckling strength
- Determination of the vibration characteristics (natural frequencies and corresponding mode shapes) and response of structures to vibration loads that are random in nature and sinusoidal load varying with time.
- Determination of temperatures, thermal gradients, heat flow rates, and heat fluxes in an object
- Determination of the fatigue life of structure in term of no. of cycles
- Post-processing Results/ Graphics using ANSYS
- Report writing; Manuscript writing
- Proofreading and editing