The Applied Technical Services Family of Companies (ATS FoC) offers high strain rate tensile testing to assess material behavior under rapid deformation. Testing measures how materials respond to tensile loading at elevated strain rates, providing data on strength, yield, deformation, ductility, and failure. Unlike conventional methods, it enables engineers to evaluate changes in material properties during rapid loading. Our laboratory uses advanced equipment and instrumentation to capture mechanical responses for material characterization, research, engineering analysis, and dynamic applications.
Understanding High Strain Rate Tensile Testing
High strain rate tensile testing evaluates material behavior when deformation occurs much faster than in standard mechanical tests. Many materials are strain rate dependent, so conventional testing may not accurately reflect performance during rapid loading.
High strain rate testing can characterize:
- Tensile strength at elevated strain rates
- Yield and flow behavior
- Stress-strain response
- Elongation and failure behavior
Testing parameters depend on the material, specimen geometry, target strain rate, and application. Our team develops test configurations to generate data that reflect the dynamic conditions engineers need to assess.
What Do Our Services Include?
Our high strain rate tensile testing services provide detailed characterization of metals and other engineering materials under rapid tensile deformation. We use specialized equipment and high-speed data acquisition to measure changing loads and specimen deformation throughout the test.
Our services include:
- Specimen preparation and evaluation
- High strain rate tensile testing
- Load and deformation measurement
- Data analysis and detailed reporting
Our testing generates experimental data for material models, finite element analysis, engineering assessments, and qualification programs. We collaborate with clients to establish suitable strain rate ranges and test conditions based on their objectives.
What Materials Can Undergo High Strain Rate Tensile Testing?
High strain rate testing characterizes metallic and nonmetallic materials whose mechanical response changes under rapid deformation. Common materials include:
• Steels, aluminum alloys, titanium alloys, and other metals
• Polymers and composites
Testing supports applications in aerospace, defense, transportation, energy, manufacturing, and research and development. Our engineers help clients select suitable specimen configurations, strain rates, instrumentation, and test parameters for their needs.
Contact Us
Reliable high strain rate tensile data enables engineers to assess material performance under rapid deformation and make informed decisions about material selection, component design, and structural performance. ATS FoC combines specialized testing capabilities with experienced personnel to deliver accurate, application-focused results. Call +1 (888) 287-5227 or submit an online inquiry to discuss your high strain rate tensile testing needs.
