AEROSPACE TESTING / NO. 6 / APRIL 2007  Accurate, Affordable Simulation of Aircraft Operating Environments Easily meet your evolving material test needs with TestWorks 4.10 software High-force load frames extend precision testing to full-scale specimens   Learn why multiaxial loading technology is essential for testing today’s aircraft materials and components.   Accurate, Affordable Simulation of Aircraft Operating Environments   As aircraft designs continue to increase in sophistication, far more realistic simulations of airframe and turbine operating environments are required to validate material and component performance. Dr. Christoph Leser, MTS aerospace application engineer, discusses multiaxial loading technology, which provides a highly accurate and affordable means of simulating the mixed-mode loading environments of aircraft materials and components. Read full story     Easily meet your evolving material test needs with TestWorks 4.10 software   New version 4.10 of best-in-class MTS TestWorks® software delivers even more of the functionality, scalability and ease-of-use you need to keep pace with ever-changing material testing standards and requirements. Read full story     High-force load frames extend precision testing to full-scale specimens   MTS provides a complete family of high-force servohydraulic load frames for accurately and efficiently testing large specimens. Read full story   Events Calendar     MTS Improves Race-Winning Electric Motor Technology for Formula E     MTS designs Sophisticated Simulator to help protect Underground Utilities and Pipelines     MTS Systems Announces Receipt of Contracts for Advanced Sensors for the U.S. Department of Defense. Contracts Valued at up to $187 Million Including Options View Past Editions / Editorial Feedback / Privacy Policy © 2004-2017 MTS Systems Corporation. All rights reserved. Logos, names, designs, titles, words, or phrases appearing on this page may constitute trademarks, servicemarks, or tradenames of MTS Systems Corporation and may be registered in various jurisdictions.