Design Software

PCOpt · Analysis & Optimization Automation

Automated design and optimization: the analysis set, the reports, and the structural optimization that usually depends on an engineer's experience.

Vehicle design changes that generally depend on the engineer's experience can be carried out automatically using PCOpt.

Core functions

Body Structure Optimization

P/T MTG Optimization

Driving Performance Design

CAE Result Viewer

Automated Report Generator

Dedicated optimization technologies

Technology	Purpose
Topology Optimization	Understand the basic structural concept
1D-element Optimization	Identify the main parts driving stiffness
Feasibility Study	Explore whether performance targets are achievable
Sensitivity Analysis	Map the relationship between performance and design variables
Partitioning	Refine FE models of weak areas
Size / Shape Optimization	Find optimal dimensions and shape to meet targets
Multi-objective Optimization	Derive the Pareto front

Modules

Module	Function
Analysis Automation	Auto-run of the full analysis set against a design specification
Report Automation	Result reports generated automatically per spec item
Screening	Design-variable screening
Sensitivity	Sensitivity analysis
MDO	Multi-disciplinary optimization, in-house solver
Structure Optimization	Topology, shape, and super-element optimization

Domain-specific tools

Powertrain mount design

Force distribution, TRA & ERA — automated.

Suspension K&C optimization

Kinematics and compliance tuned to target.

EV power performance

Power-performance analysis for electric vehicles.

Positioning

VTX's in-house MDO converges substantially faster than general-purpose commercial optimizers on vehicle-structure problems, because the problem formulation is built in rather than configured.

Input-deck auto-creation and report automation remove most of the manual engineering hours from powertrain-mount design.

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