Multiphysics Simulation and the Development of Affordable Robust Electronic Technology for National Security Applications



As threats to national security evolve and increase in sophistication, electronic technology is advancing to detect and mitigate these threats. Physics-based simulation is a key enabling design tool for developing innovative robust electronic detection systems. In addition, the impact of using simulation tools on project cost and schedule is directly aligned with design for affordability initiatives.

In this webinar, ANSYS will introduce the role of physics-based simulation and the importance of multi-physics capabilities for the design of robust electronic systems. Mark Jones of the Pacific Northwest National Laboratory will discuss several examples of how multi-physics simulations are being used to develop solutions which prevent acts of terrorism and the proliferation of weapons of mass destruction. Applications will include millimeter-wave body scanners for security screening portals, large-scale eddy current coils for nuclear treaty verification and interdiction of illicit nuclear materials, and ultrasonic inspection systems for non-invasive volumetric interrogation.

This is an on-demand webinar. Register today and watch anytime after the webinar goes live for 90 days.
 

Speaker and Presenter Information

Mark Jones - Applied Physics Group, Senior Research Engineer, Pacific Northwest National Laboratory Robert Harwood, Ph.D. - Aerospace and Defense Industry Director, ANSYS, Inc.

Relevant Government Agencies

Air Force, Army, Navy & Marine Corps, Intelligence Agencies, Dept of Homeland Security, Dept of Justice, National Guard Association


Event Type
Webcast


This event has no exhibitor/sponsor opportunities


When
Wed, Nov 20, 2013, 1:00pm - 2:00pm ET


Cost

Complimentary:  $0.00


Website
Click here to visit event website


Organizer
IDGA


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