Resources

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.

Time-stamped temperatures collected in the field, user heart rates accumulated in health monitoring devices, acceleration data captured by smart vehicles--there's a wealth of wisdom in sensor-captured data, but working with it requires special knowledge and tools.

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...

In the past, engineers relied on their industry knowledge, experience, and aesthetic sensibilities to decide the shape of a product. Today, they have the option to turn to generative design, topology optimization, and other technologies to solicit input from AI-like...

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

Augmented reality, virtual reality, digital twins, generative design, machine learning, and more -- these buzzwords sound futuristic and inconceivable, but are any of them ready for prime-time in design engineering?

In this webinar you’ll see how manufacturing companies are using 3D printed jigs and fixtures for increased productivity.

A new industry survey from Tech Clarity confirms the common barriers for simulation that will be discussed in this webcast. If you’re frustrated by the times you need to put in to recreate CAD geometry for simulation, 41% of the...

We’ve all heard the dire predictions of the deluge of data that more and more connected products will bring, but what is the current state of engineering data management? What does the future hold for using real-world feedback to...

In this discussion, discover how to reduce the number of physical prototypes and get to market faster with interactive virtual prototypes. Experts from CM Labs and Siemens cover the basics of test product performance over complete work cycles; how to...

This webinar will introduce attendees to numerical simulation using COMSOL Multiphysics®.

New benchmarks show ANSYS release 17 performed a transient nonlinear structural analysis of an electronic ball grid array 8.3X faster than ANSYS release 13.

DE’s Kenneth Wong will moderate a panel of experts as they discuss how design engineers from companies of all sizes can benefit from new initiatives to simplify access to supercomputing power. Discussion topics include: the OpenHPC community, Intel’s...

In this interactive roundtable talk moderated by DE's Kenneth Wong, panelists discuss: Moving from simulation to optimization, balancing passenger safety vs. lightweight design, assessing software-proposed designs for manufacturing cost and feasibility, and the weight loss achievable with new materials and...

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