Special Coverage

Active Aircraft Pylon Noise Control System
Unmanned Aerial Systems Traffic Management
Method of Bonding Dissimilar Materials
Sonar Inspection Robot System
Applying the Dynamic Inertia Measurement Method to Full-Scale Aerospace Vehicles
Method and Apparatus for Measuring Surface Air Pressure
Fully Premixed, Low-Emission, High-Pressure, Multi-Fuel Burner
Self-Healing Wire Insulation
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Chemical Machining of Titanium – A Burr Free, Stress Free and Faster process!

Chemical machining of Titanium is a lower cost alternative to producing components with bonus advantages as well! Titanium is an excellent material used historically with Aerospace and Defense applications. The use of Titanium for medical applications has also grown over the past few decades as its properties are biocompatible with the human body and, of course, its mechanical strength & weight provide premium advantages as well.

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Anti-Friction Coatings: How to Eliminate Noise for the Life of Interior Plastic Components

In conjunction with SAE Modern passenger cars are equipped with sophisticated measures to avoid propagation of noise from the engine and gearboxes into the passenger compartment, which creates a very comfortable environment for car occupants. On the other hand, this enables “new noises” to become audible – in particular, those generated by the sliding of plastic components made of thermoplastics having poor affinity under the tribological aspect.

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The Role of Multi-domain Dynamic Models for Functional Verification in Model-based Systems Engineering

Much has been made of the power of Model-based Systems Engineering (MBSE) as a formal method for capturing and managing design requirements for complex engineering systems. But what does MBSE really mean for the engineering design organization? Whenever a proponent of MBSE speaks with a mechanical or electrical design engineer on the topic, they are likely speaking different languages. Even the phrase “systems engineering” can have very different meanings!

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Trends in Next-Gen Antenna Manufacturing

Come learn about advanced manufacturing technologies for creating next-generation antennas. In this Webinar, our expert panelists will discuss modern antenna design challenges and new manufacturing solutions to those challenges. Topics include the creation of materials with “designer” properties, molding techniques for antenna substrates and radomes, custom conductive inks, and application of inks onto 2D and 3D surfaces.

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Engineering Today’s Electrocoats

In conjunction with SAE Electrocoat technology protects millions of vehicles, and cathodic dip primers are used by all major automobile manufacturers worldwide. Award-winning lead-free, low-VOC, and high throwpower technologies are recognized as best-in-class materials, providing exceptional corrosion resistance, trouble-free operation, and optimal topcoat appearance.

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Conductive Inks Give New Meaning to the Term 'Printed' Circuit Boards

NASAs Marshall Space Flight Center has developed a novel nanosilver ink technology that provides a conductive ink system to suit a variety of printing applications. These include inkjet or direct-write 3D printing of electrodes, antennae or interconnects in printed electronic devices and systems, and applications where chemically etched, copper-printed circuit boards are used.

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Simulation of Microfluidics Phenomena in COMSOL Multiphysics®

Microfluidics applications include inkjet print heads, genomic and proteomic chips, chemical lab-on-a-chip devices, cell sorters, and others. As a result, microfluidics-based numerical simulations often incorporate fluid motion, chemical reactions, electric and magnetic fields, and fluid-structure interactions.

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