Linear Static Analysis
Stress, displacement, stiffness, and safety-factor studies for validated load cases.
Advanced structural simulation workflows for strength, durability, crashworthiness, vibration, fatigue, and digital validation engineering.
PANSOFT delivers enterprise-grade finite element engineering solutions spanning linear and nonlinear structural analysis, durability simulation, explicit dynamics, NVH engineering, optimization, and validation-driven digital engineering workflows.

Stress, displacement, stiffness, and safety-factor studies for validated load cases.
Material, contact, geometric, and large-deformation behavior for realistic product response.
Life prediction, duty-cycle assessment, hot-spot screening, and durability improvement.
Impact, crashworthiness, drop, crush, and high-rate transient event simulation.
Natural frequencies, mode shapes, stiffness paths, and resonance separation.
Frequency-domain response prediction, excitation behavior, and resonance mitigation.
PSD excitation, shock qualification, vibration fatigue, and equipment durability under stochastic loads.
Dynamic response, resonance, acoustic behavior, FRF studies, and product refinement.
Gauge, section, bracket, and load-path optimization for stiffness, mass, and durability targets.
Weight reduction, stiffness improvement, load-path discovery, and manufacturable design direction.
Composite layups, laminate performance, failure criteria, and lightweight structural validation.
Bolted joints, welds, fasteners, interfaces, pretension, friction, and load-transfer behavior.
Hex/tet/shell/solid mesh strategies, quality checks, contacts, and solver-ready idealization.
Load cases, contacts, constraints, scripts, templates, and repeatable solver workflows.
Test-to-simulation comparison, KPI confidence, model tuning, and validation reports.
Simulation results connected with dashboards, field data, performance KPIs, and analytics.
Crash, durability, battery pack structures, BIW stiffness, suspension fatigue, NVH, lightweighting, and validation readiness.
Automated structural diagnostics, solver stability analytics, fatigue hotspot prediction, and validation dashboards help teams make faster FEA decisions.
Improved mounting stiffness
Vibration durability improvement, reduced structural mass, and stronger enclosure load paths
Improved intrusion protection
Lightweighting optimization with targeted reinforcement analytics and crash pulse control
Durability life extension
Hotspot identification, stress redistribution, and duty-cycle fatigue confidence
Weight reduction
Topology optimization, stiffness improvement, and manufacturable load-path refinement
Reduced vibration response
Modal frequency optimization, FRF correlation, and improved acoustic response