This electronic flyer highlights our capabilities and activities in the area of Static and Fatigue Testing of Full-Scale Aircraft Structures. Please sign our guestbook. For additional information, e-mail Mark Jones, Southwest Research Institute®.

Static and Fatigue Testing of Full-Scale Aircraft Structures 

For more than 20 years, Southwest Research Institute® (SwRI®) has conducted static and fatigue testing for full-scale aircraft structures and major components. Technical staff members use their extensive knowledge of aircraft structures and in-flight loading to produce cost-effective and timely test programs. These test programs use state-of-the-art equipment to provide hydraulic load and fuselage pressurization control combined with data acquisition hardware for high channel count monitoring and recording of loads, deflections, strain, and crack growth.

Capabilities

SwRI develops comprehensive aircraft structures test programs tailored to client needs that can include loads development, test procedures, test fixtures, load frame, test setup, instrumentation, test monitoring, nondestructive inspection (NDI), data analysis, teardown, and post-test documentation. The Institute routinely designs and fabricates the load frame, whiffle trees, and hydraulic load systems. Customized software and data processing are also developed to meet clients’ unique monitoring and measurement reporting needs.


Full-scale fuselage testing



Custom test rigs designed, fabricated and used by SwRI for structural testing


Experience

T-37

  • Full-scale fatigue testing

T-38

  • Fuselage fatigue testing
  • Wing fatigue testing
  • Flap testing
  • Horizontal tail testing

T-39

  • Wing fatigue testing

C-130

  • Skin panel fatigue testing
  • Landing gear attachment frame fatigue testing

Example of a distributed wing load test



Wing section of T-39 UNFO undergoing fatigue testing


 

Facilities

  • Temperature and humidity controlled structures test building with 7,000 square feet of completely unencumbered test floor
  • Total test floor coverage by 30-ton bridge crane with 30-ft hook height plus 10-ton independent secondary hook
  • Hydraulic power supplies of up to 80 gpm at 3,000 psi
  • Air pressurization system up to 375 cfm at 150 psi
  • MTS AeroST hydraulic controller supported by customizable LabVIEW data acquisition systems

Full-scale test setup of T-37 in SwRI load frame test facility


 

This flyer was published in October 2007. For more information about Static and Fatigue Testing of Full-Scale Aircraft Structures, contact Mark Jones, Senior Research Engineer, Phone (210) 522-8328, or Dr. Kenneth E. Griffin, Manager, Phone (210) 522-6873, Fax (210) 522-3042, Mechanical Engineering Division, Southwest Research Institute, P.O. Drawer 28510, San Antonio, Texas 78228-0510.

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