Simulate Resources

Bringing the 3D printing process in-house is an effective way of optimizing the product development workflow; enabling faster iterations and reduced costs.

Build your 3D printing knowledge with industry leaders and experts.

3D printing has become a mature technology suitable for the production of visual models, functional prototypes, manufacturing aids, and end-products.

What can you expect once your 3D printers are up and running? If you have chosen the right 3D printer for your needs, any operational challenges should be avoided.

This resource will explore and list the ownership costs that will apply to any 3D printer.

Honda streamlines CFD simulation utilizing NUMECA AutoSeal technology.

VPLP managed to reduce the simulation time of their design process by a factor of 8 while assessing more physics than before.

This resource discusses how OMNIS™, with its breadth of CFD technology behind, solves the most complex fluid flow challenges for automotive design, while at the same time reducing engineering and solving time, in a fully streamlined easy-to-use collaborative workflow.

One of Masten's recent pioneering space flight vehicle projects was to design a reusable aircraft designed to fly to the edge of space, the XS-1.

With pre-orders and options for 30 Overture airliners from Japan Airlines and Virgin Group already booked, the race is on to design the next generation supersonic plane.

Improved analysis in the design phase, can add several percentage points to engine efficiency and reduce development cost and time.

Simulate your rotating machinery, faster.

New scalable cloud solution has allowed thousands of marine engineers and naval architects access to industry-leading CFD.

From propulsion, acoustics to external aero and optimization, NUMECA’s powerful CFD Flow Integrated Environment dedicated to Multiphysics helps you ensure your competitive advantage.

The AutoSeal tool helps CFD engineers with all geometry challenges.