Success Stories

  • Bauer (Manufacturing)
    Bauer Hockey wanted to improve the curing cycle time of a composite Goalie mask by accelerating the heating process, while still maintaining temperature uniformity across the mask. The current curing cycle lasts approximately 1 hour and 44 minutes, of which 1 hour and 22 minutes is devoted to the heating process.
  • Montreal Biodome (Building Technology)
    Maya HTT has been mandated for a thermo-fluid analysis to determine the exact causes of these events. Their involvement and recommendations in the project helped to understand and validate the assumptions in relation to very complex thermal problems. Everything is now positioned to develop a solution to optimize the comfort of the 800,000 annual visitors
  • TEN TECH LLC (Engineering)
    Customers rely on TEN TECH LLC’s structural mechanics analysis group for quick turnaround of complex dynamic simulations. Yet when it came to base-driven random analysis, their Nastran-only solution could not meet the challenge. To make matters worse, aerospace workflows typically involve multiple random load cases.
  • Institut du transport avancé du Québec (Manufacturing)
    ITAQ offers the know-how and expertise of its highly qualified multidisciplinary team which combines a vast experience in
    the advanced transportation field with specialized skills in developing technological solutions such as: designing electrical,
    mechanical and mechatronic systems, prototyping, instrumentation, controls, certification and testing.
  • AMF Canada (Manufacturing)
    AMF Bakery Systems is the world’s leading manufacturer of high speed bakery equipment. They provide complete
    automated bakery solutions including dough mixing, dividing, make-up, proofing, baking, cooling, packaging, basket/
    case loading, basket washing and product distribution that are unsurpassed in quality, innovation and value.
  • TEN TECH LLC selects MAYA SATK™ for Vibration Analysis (Aerospace)
    TEN TECH LLC has selected MAYA’s Structural Analysis Toolkit for NASTRAN [SATK™] to support its Structural Dynamics Analysis activities.
  • NASA’s JPL Lab (Aerospace)
    Complex CAD geometry poses several challenges to the thermal engineer. How can the thermal design and analysis of the Mars Science Laboratory proceed concurrently with the mechanical design? How can design iterations be propagated efficiently without manual rework? And, how can the final thermal design be captured and sent seamlessly to manufacturing?
  • Composites Innovation Center (Automotive)

    Composites Innovation Centre Integrated design and analysis paves way for smart design of advanced composites-based vehicle

  • Frisa (Manufacturing)

    Frisa Forging specialist cuts cycle time from concept to commissioning by 55 percent using integrated design, simulation and manufacturing

  • Services Precicad (Automotive)

    Services Précicad New aluminum, electric utility transport is green in more ways than one: half the weight with 60 percent fewer welds

  • Wirth Research (Automotive)

    Wirth Research Wirth Research puts Acura in Sebring pole position with integrated NX CAE tools

  • Jet Propulsory Lab (JPL) (Aerospace)

    JPL Heading back to Mars with a thermal control system developed using NX

  • Hendrick Motorsports (Automotive & Transportation)

    Hendrick Motorsports Premier NASCAR team uses lessons learned as catalyst for improvement

  • Graham Packaging (Consumer products and retail)

    Graham Packaging Using NX CAE enables plastic container manufacturer to reduce cycle time by 20 percent

  • General Atomics Aeronautical Systems (Aerospace and defense)

    General Atomics Aeronautical Systems An integrated approach to efficient aeroelastic analysis

  • ATK Aerospace Group (Aerospace)

    ATK Aerospace Group Integrated design and analysis pays off on the design of NASA’s next-generation launch vehicle

  • ATA Engineering (Aerospace)

    ATA Engineering Use of NX enables design and analysis to work together more efficiently and productively

  • SAE Auto Engineering April 2014 Aerodynamics and Flow (Automotive)

    Aerodynamics and flow simulations come of age. With the advent of faster computers, engineers are using CFD software as a practical tool, shaping designs early in the product development cycle.

Follow Us On Twitter!