Welcome to Engineering TV, an online video program by engineers for engineers! Focused on technical B2B engineering topics, Engineering TV covers emerging technologies, best practices, new products, the latest developments, behind-the-scenes footage, and insights into the people at the forefront of design engineering. Search hundreds of engineering videos by topic or by channel. New episodes every Monday through Thursday!
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  • Ferrofluids

    A ferrofluid is a liquid which becomes strongly polarized in the presence of a magnetic field. It is a colloidal mixture comprising extremely small magnetic particles suspended in a liquid. Ferrofluids are composed of nanoscale ferromagnetic, or ferrimagnetic, particles suspended in a carrier fluid,...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-17-2008

  • RF Plasma Torch Synthesis

    At Carnegie Mellon University, Prof. McHenry's recent efforts have evolved from the study of carbon-coated magnetic nanocrystals produced by the Kratschmer-Huffman carbon arc method and fine particle magnetism in the same. This lead to studies of the plasma torch synthesis of metallic, C-coated,...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-16-2008

  • Cut Core Power Transformer

    Professor Michael McHenry's team of researchers at Carnegie Mellon University have developed nanocomposites for applications with high permeability requirements and with needs for large inductions at high temperatures. Specifically they have developed soft magnetic alloys that exhibit high magnetic...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-15-2008

  • Magnetic Nanomaterials

    At Carnegie Mellon University, The research interests of M. E. McHenry can be broadly categorized as involving the development of an understanding of the magnetic properties of materials. This includes interfacing theoretical and experimental studies of magnetic materials. In this video, Professor McHenry...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-14-2008

  • Evonik's Lotus Exige

    How can cars be designed to be more attractive, more environmentally friendly, more efficient, and safer? These are questions that Evonik Industries has answers to. The car of the future doesn’t yet fly—but its lightweight construction owes something to aircraft design anyway. The rear spoiler of a RED...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 06-30-2008

  • Composite Monocoque and Intake Valves

    A wide variety of advanced materials-related topics are the basis for graduate research at Colorado State University's Motorsport Engineering program. Topics range from evaluation of composite structures, like the carbon fiber monocoque, to investigations into new materials and applications for motorsport...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 05-07-2008

  • Eco-Plastics

    Other biodegradable plastics utilize expensive, limited, food feedstocks and costly biological production processes. Novomer re-uses carbon dioxide as a major input in a low-cost, precision-quality, chemical process that produces a class of uniform polymers, plastics and other chemicals. Novomer is building...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 04-10-2008

  • Implantable Materials and Advanced Ceramics

    The aliphatic polycarbonates created by Cornell chemist Geoffrey Coates are safe and strong enough to be used in medical implants and devices. They're also used as extremely effective binders for the creation of non-oxide ceramics, which are often used as components experiencing high compressive...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 04-09-2008

  • The Disappearing Polymer

    Polypropylene carbonate (PPC), is a polycarbonate plastic material, a copolymer of carbon dioxide and propylene oxide. In the ceramics industry, polypropylene carbonate and polyethylene carbonate are used as sacrificial binders, especially alumina and silicon carbide; the polymers evaporate during sintering...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 04-08-2008

  • Novomer: Precision Catalysts

    Scientists at Novomer have unlocked catalytic pathways that transform simple, abundant feedstocks like carbon dioxide and carbon monoxide into high-performance polymers and fine chemicals. [Video]
    Posted to Engineering TV (Weblog) by CurtisEllzey on 04-07-2008
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