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►Testing (based on industrial standards such as ASTM, ISO, JEDEC, BS EN and etc)

• Measurement of mechanical properties of materials

• Shock and impact

• Gas-gun firing 

• Other tests

• Orientation-controlled and instrumented drop impact testing

• Material characterization and modeling for commercial FEM codes

• Other solutions

• Testers

• Measurement systems

• Drop tester

• SHPB tester

• Instrument (gauges, transducers, and amplifiers)

• Enables determining mechanical properties of a large variety of material types at different loading rates and temperatures.

• Aids materials selection and identifies effect of temperatures and loading rates on material properties.

• Allows testing on processed product components to ascertain whether manufacturing processes (e.g. molding and heat treatment) have altered their properties. 

• Enables developing appropriated material models from test data to describe the material, based on engineering expertise in the mechanics of materials.

• Enables converting these models into computer code for incorporation into commonly used finite-element simulation software, such as ABAQUS and DYNA3D.

• Facilitates designing of product subjected to impact, shock and other loads

• Facilitates designing of product used in elevated or low temperature environment.

Understanding the importance of accurate material modeling

* Effect of strain rate and temperature

Test results of Polycarbonate

* Mechanical properties of some materials cannot be measured directly by tests

E.g. Polycarbonate necks under tension; the measured stress-strain curves include structural effects. Methods have been established to derive constitutive models to characterize the material.

---------- Further Information on Test Service and Price ----------

Please specify your requirements and contact us at the email below:

enquiry@robustdynamics.com