Our Analytic Solutions for a Better Results

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• Linear Static Analysis
  Calculates stresses, strains, and displacements under constant and small loads, assuming linear material behavior. 

• Nonlinear Static Analysis
  Includes material nonlinearity (plasticity, hyperelasticity), large deformations, and contact conditions.
   
• Buckling Analysis
  Predicts the critical load at which a structure becomes unstable and deforms suddenly (e.g., columns under compression).
   
• Dynamic Analysis

Modal Analysis

Harmonic Response Analysis

Transient Dynamic Analysis

Response Spectrum Analysis

• Steady-State Thermal Analysis
  Calculates temperature distribution under constant thermal conditions.
   
• Transient Thermal Analysis
  Evaluates how temperature changes over time due to time-dependent heat sources.
   
• Thermal Stress Analysis
  Combines temperature results with structural analysis to predict thermal-induced stresses and deformations.
   

• Filling Analysis
  Predict how molten plastic flows through the mold cavity. Identify short shots, air traps, weld lines, and potential hesitation areas.
   
• Packing & Holding Analysis
  Optimize packing pressure and time to reduce sink marks and ensure uniform density.
   
• Cooling Analysis
  Simulate cooling channel design and temperature distribution to minimize cycle time and warpage.
   
• Warp Analysis
  Predict part deformation due to residual stress, shrinkage, or asymmetric cooling — critical for tight-tolerance applications.
   
• Fiber Orientation Analysis (for fiber-reinforced plastics)
  Evaluate the directional behavior of fibers to predict anisotropic mechanical performance and improve part strength.

Predicts the life expectancy of components under cyclic loading.

• High-Cycle Fatigue: For loads with low stress but high number of cycles.
   
• Low-Cycle Fatigue: For high-stress levels over fewer cycles.

• Creep Analysis: Simulates time-dependent plastic deformation under sustained load at elevated temperatures.
   
• Viscoelastic Analysis: Used for polymers or rubbers that exhibit both elastic and viscous behavior over time.

• Thermal Shock
   
• Electro-thermal
   
• Electromechanical

• Contact Analysis

• Fluid-Structure Interaction (FSI)