Logical Analysis and Simulation team has 11+ years of experience in FEA and related numerical methods.Our experienced analysts equipped with good industrial experience provide the world class mechanical analysis services.Our analysis Engineers has good experience in creating virtual representation of components and systems that simulate real world behavior under a variety of complex loads and constraints.
The results obtained by using this analysis can be used to aid in the design process and solve the existing flaws in the design.Logical analysis with a vast analysis experience posse’s proper understanding the physics of the problem, total knowledge of the analysis software, familiarity with theoretical foundations of the numerical methods, proper representation of the complete 3D-Model with appropriate 1D, 2D, axisymmetric and 3D finite elements which can properly represent the gist of the problem.Logical Analysis staff is very proud of its ability to solve new and complex analysis challenges.
Our engineers work hard to develop better and faster ways of providing solutions to the customers.Our Major analysis capabilities can be segregate in to the following.
Static Analysis
Static Stress Analysis
Linear Static Analysis
Non Linear Static Analysis
Geometric Non-Linearity
Material Non-Linearity
Plasticity
Hyper-Elasticity
Foam
Wood
Composites
Contact Non-linearity
Eigen Value Bucking Prediction
Unstable collapse and post bucking analysis
Quasi-Static analysis
Heat Transfer analysis
Uncoupled heat transfer Analysis
Sequentially Coupled thermal stress analysis
Fully coupled thermal stress analysis
Mechanism Analysis
Kinetic and Kinematic analysis
CFD Analysis
Conjugate heat transfer thermal flow analysis for electronic cooling applications.
Dynamic Analysis
Modal Dynamic Analysis
Eigen value extraction
Steady state harmonic response analysis
Transient Response analysis
Response Spectrum analysis
Random Response analysis
Implicit Dynamic Analysis using Direct Integration
Explicit Dynamic Analysis
High Velocity Impacts
Drop tests
Material Strain rate effects
Explosive Detonation
Quasi-static Analysis
Hydro Dynamic response
Damage and failure of ductile metals and fiber reinforced composites.
