Tusyndon Pressure Vessel Designer

Pressure Vessel Design & Simulation Software

Parametric design and calculation software for pressure vessels. Automate modeling of shells, heads, nozzles, flanges, and supports with integrated strength calculations.

Tusyndon Pressure Vessel Designer
Professional pressure vessel design software interface with a left-side parameter tree containing shell, head, nozzle, flange, and support nodes; a central 3D model annotated with dimensions; a right-side calculation table displaying wall thickness, stress, and allowable values per GB/T 150; and a code compliance check panel showing Pass or Review status.

Engineering Challenge

Pressure vessel design requires complex calculations and frequent parameter iterations. Manual modeling and recalculation for each design change are time-consuming and error-prone.

Input Objects

  • Shell dimensions and material
  • Head types and parameters
  • Nozzle, Flange, and Support Specifications
  • Design Pressure, Temperature, and Conditions

Show Results

  • Parametric 3D model
  • Strength calculation results
  • Simulation preparation data
  • Design calculation report

Processing Flow

Parameter InputParametric ModelingStrength CalculationSimulation PrepGenerate Report

Applicable Roles

Design Engineers

Responsible for parametric design and calculation of pressure vessels.

Simulation Engineers

Perform strength analysis and prepare simulation data

Equipment Engineers

Review design parameters and operating conditions

Project Managers

Manage pressure vessel design progress and deliverables

Platform Compatibility

Ideal for Creo engineering workflows. Support for other CAD/BIM platforms can be assessed using engineering samples.

FAQ

What calculation standards are supported?

The software supports common pressure vessel design standards. Specific standard coverage can be evaluated by submitting an engineering sample.

Can parameters be modified after modeling?

Yes, the parametric model enables quick dimension adjustments and automatic recalculation without rebuilding the entire model.

Ready to streamline your vessel design?

Submit your pressure vessel design parameters to assess product fit and discuss a demo.

Submit Sample
Su ICP Prep 2026045820 No. 1