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3D Printing Meets Astrophysics: A New Way to Visualize and Communicate Science

3D printing has the potential to considerably improve the astronomical community's ability to visualize, understand, interpret, and communicate important scientific results.

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Breaking Boundaries: Bioabsorbable Polymers in Device Design

It is well known that programming the performance of a bioabsorbable medical device is paramount to its success. But did you know that a large part of this programming takes place at the component level?

Posted in: Webinars, On-Demand Webinars

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Beyond Basics: Recent Developments in the Use of Aluminum Extrusion in Automotive Lightweighting

In conjunction with SAE International As aluminum and aluminum extrusions find their way into more and more vehicles, engineers are becoming increasingly familiar with the basics of designing with extrusions. At the same time, the limits defined by “the basics” are being stretched in the drive for higher performance and more creative solutions.

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Engineering Lighter and Faster Industrial Robots by Performing Dynamic Analysis

With improved structural design and control mechanisms, industrial robots have become more popular in manufacturing. And here are the reasons why:

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Bridging the Gap: Flight-Based Evaluations Soar to New Heights with Advanced Manufacturing

Additive manufacturing, also known as 3D printing, is being heralded as a disruptive technology in aerospace, and for good reason – it’s literally changing the way aircrafts are being manufactured. Just ask Area-I, an aerospace engineering company, which has been partnering with Stratasys Direct Manufacturing, an advanced manufacturing services organization, to create PTERA, an unmanned Prototype Technology Evaluation and Research Aircraft that helps fill a technology gap between wind tunnel and manned flight testing. On this Webinar, engineers from both teams will talk about how additive manufacturing helped PTERA get off the ground – literally.

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Simulation of Microfluidic Devices Using COMSOL

Modeling and simulation form a systematic framework for developing and optimizing microfluidic systems. Such simulations often involve coupling multiple physical effects such as single- and multi-phase flow, mixing, dispensing, heat transfer, species transport and diffusion, chemical reactions, surface tension and wetting, electrokinetic effects, and flow interaction with biological material.

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Optimizing Heavy Equipment for Handling Bulk Materials with Adams-EDEM Co-simulation

This Webinar examines the challenges of designing bulk material handling equipment and demonstrates how co-simulation benefits engineers. By co-simulating environments, this enables engineers to realistically model the motion of equipment as it interacts with a bulk material and examine how material loads are transferred throughout their mechanical system. Designs can be virtually tested for a wide range of materials types and equipment maneuvers.

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