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DEP – Exhibiting at the SAE High Efficiency Symposium

March 25, 2019depusa

Even as all-electric futures capture the headlines in the automotive world, the internal combustion engine will continue to stake its claim as a bedrock of lightweight and medium-duty mobility. OEMs will continue to deliver improvements to the ICE to reduce emissions and increase fuel economy well into the 2030s. The SAE High-Efficiency IC Engine Symposium (HEICE) returns in 2019. As an ideal complement to WCX World Congress Experience, HEICE will be held just prior to WCX in Detroit on April 7-8, 2019.

HEICE 2019 will feature a robust program and speaker set across a number of topics with special emphasis on combustion engine system modeling and predictive simulation. As an attendee of HEICE, visitors will take part in peer discussion, learning, and networking about:

  • Impact of real-world emission standards and costs
  • Light-duty engine design, enabled by hybrids
  • Waste heat recovery on heavy-duty engines
  • Advanced control systems
  • Alternative energy
  • Lower-temperature combustion

Witness DEP’s Latest High Efficiency IC Engine Capabilities Demonstrated at Booth No:6

Recent Posts

  • Smart Automation to collaborative Automation
  • Smart Design solutions for New Age Manufacturing
  • Emission Control through In-Cylinder Sensing – DEP Interview to ‘The Machinist’ Magazine

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ABOUT US

Detroit Engineered Products (DEP) is an Engineering Solutions and Product Development company. Since its inception in 1998 in Troy, Michigan, USA, DEP is now a global company with footprints in Europe, China, Korea, Japan and India.

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Morphing CAD data in record time using CAD Morpher from MeshWorks

During major design changes, a source of major time consumption is the time taken between the CAE teams and the design department. CAD Morphing can significantly reduce the CAD data generation time since the data can be fed from available existing donor CAD Data, and the Optimized Finite Element and CFD data can be communicated to the design department directly as morphed CAD data. This webinar will demonstrate how MeshWorks CAD Morpher can aid in rapid CAD morphing.
View on Demand
View on Demand

StudentProfessional

Reduce CAE modeling time dramatically with Mid Plane Meshing for Plastics & Auto Parametric CAE mode

Learn through live demonstrations about unique meshing methods for complex plastic parts involving ribs and specialized features such as heat stakes, dog houses, bosses, etc. Typical components demonstrated would be door trim, IP substrate, floor console, pillar trims beside fascia, grills, head lamps and thin walled castings. You will see tools that help with tasks such as automatic thickness assignment and rib insertion for plastic parts. You can also view the utility of tasks like mesh stitching options for plastic attachments via live demos.
View on Demand
View on Demand

StudentProfessional

Reduce CAE modeling time dramatically with rapid meshing, model assembly & auto parameteric CAE model generation

Reducing CAE modeling times is the need of the day, and the design teams are under tremendous pressure as manufacturers are trying to get newer products to the market faster. With the latest in MeshWorks 8, there are an impressive set of tools which work together with your existing tools and processes to reduce CAE modeling time drastically.
View on Demand
View on Demand

StudentProfessional

Use automated ‘ready-to-use’ CAE solutions from MeshWorks to save design time – Part 1

Ready to use CAE: Manually creating geometry, mesh or connections takes a significant amount of time for a design engineer to do. DEP MeshWorks has a powerful Design Enablers module that will allow users to automatically create typical design solutions required to improve structural and CFD performance and reduce weight. These Design Enablers can be executed as an integrated solution complete with properties, materials, connectors etc. The Design Enablers can be executed as a single instance or as a parameter with multiple instances.
View on Demand
View on Demand

StudentProfessional

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