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3D printing spare parts offers efficiencies over traditional manufacturing. Historically, manufacturers anticipated what they required in spare parts over the course of years, maybe even decades, produced those volumes, then stored and distributed parts as needed. If inventory ran out,...

In this digital issue featuring some of DE’s most popular content on the subject, we take a deeper look at how automotive design engineers are responding to changing regulatory requirements, electric drivetrains and self-driving technologies.

Though a household name in computing systems and printers, HP is a relative newcomer to the 3D printing segment. What can its Multi Jet Fusion (MJF) technology do that others can't? It brings disruptive technology, according to HP's David Tucker,...

The use of simulations to displace physical tests has become essential in accelerating product development and reducing costs.  However, simulation results may be substantially different from what is observed in reality.  This could lead to premature product failure, costly warranty...

In this online roundtable discussion, DE’s Senior Editor Kenneth Wong will interview industry experts to share their thoughts on the promise of digital twins, the current state of the art, and the challenges being faced during early implementations.

Instantaneous real-time, ray-traced rendering can dramatically cut down your product development cycle. In this webinar, panelists explore the benefits of using dedicated rendering hardware to go beyond what's possible with a workstation, to reduce physical prototyping costs.

In this LIVE roundtable, DE’s Kenneth Wong moderates a panel of experts to discuss the state of self-driving vehicles today.

Pioneering automotive and aerospace firms are using additive manufacturing to build lightweight shapes with lattice structures, to consolidate multi-part assemblies into a single 3D-printed component, and to incorporate composite materials. In this LIVE roundtable, DE’s Kenneth Wong moderates a...

Learn how simulation paired with high-performance computing (HPC) can significantly speed up your engineering workflow and enhance innovation.

Read this white paper to examine the return on investment (ROI) of professional workstations with Intel® Xeon® processors for design engineering work as opposed to standard personal computers from three perspectives: the design engineer, the IT professional and executive management.

Increasing product complexity is fueling the need for a far more sophisticated, digital design environment that demands levels of processing power beyond the capacity of yesterday’s workstations. Download this paper to learn 5 ways to know it's time to change...

Engineering teams are transforming traditional workflows to take advantage of new digital-driven design processes.

Differentiate your designs with more effective iterations driven by physically based rendering.

This research brief examines adoption rates and challenges to increased adoption, along with the capabilities and characteristics design engineering teams find important when evaluating 3D printers.