Explore various design alternatives and easily find optimal solutions with Design of Experiments and Design Optimization strategies.
Predict response values for new designs, accelerate complex simulations and capture knowledge from vast amounts of data with automatic and adaptive technique choosing.
Automate complex product development processes by integrating all your CAD/CAE software into a single workflow, define its logic and take advantage of HPC.
Solve complex engineering problems with no specialized competence required: SmartSelection technique automatically chooses the best algorithm or technique for a given problem.
Access & Scale
Run even resource-intensive massive trade-off studies in parallel and reduce product development cycle. Deploy on premises or on private cloud.
Create and share workflow-powered web applications with custom and simple user interface through AppsHub with any engineer within your company.
Collaborate easily with your teammates, suppliers or partners: private and shared workspaces, simultaneous co-authoring of workflows and analysis of results.
Extend existing functionalities and seamlessly integrate pSeven Enterprise into any IT ecosystem with simple and clean APIs.
November 2, 2020
This study describes the benefits of using approximation models as surrogates of heavy FEA models in the design of pipelines to capitalize on the data and alleviate the design cost.
Eric Giry, Julien Ginestet, Vincent Cocault-Duverger, Saipem SA, Martin Pauthenet, DATADVANCE
October 22, 2020
This study demonstrates how the implementation of numerical simulations, coupled with process automation and optimization, can speed-up the design of efficient HVAC systems
Martin Pauthenet and Mikhaïl Kozlov, Application Engineers at DATADVANCE and Pierre Bombardier, Project Engineer at FAURE QEI
November 24, 2020
This webinar will bring you up to speed on two case studies performed with the use of pSeven by Skoltech for its customers.
October 13, 2020
Dr. Alfred J. Svobodnik will present the "Multidimensional Optimization of Loudspeakers Based on Multiphysical Models” on 14 October at 12:00 CET.