Posted in | Polymers

Indentation University Session 16: How to Test Tires and Rubber Compounds

From Jun 10 2026

Session 16 of the KLA Instruments™ Indentation University series expands upon the previous session, detailing the theory of the mechanical behavior of polymers with a hands-on demonstration on rubber.

About this Webinar

Session 16 covers the use of the ProbeDMA™ option to perform dynamic mechanical analysis (DMA), on sections of rubber tire. Sample preparation is also covered in detail.

Note: for Session 16, it is recommended to view the following Indentation University webinars as background for the discussion:

Attend this Indentation University webinar to:

  • Learn about sample preparation techniques for rubber compounds
  • Understand how to mount tire cross-sections
  • Learn about techniques for sample polishing
  • Become familiar with ProbeDMA™ local Dynamic Mechanical Analysis

About the Speaker

Dr. Kurt Johanns, Applications Scientist, KLA Instruments

Dr. Kurt Johanns is an Applications Scientist for KLA Instruments, specializing in nanoindentation.

Kurt received his Ph.D. in Materials Sciences and Engineering from the University of Tennessee under Professor George Pharr and conducted post-doctoral research at TU Darmstadt.

He joined Nanomechanics, Inc. in 2015, which was then acquired by KLA in 2018. Kurt spends his time working with customers and the engineering team, developing new test techniques and capabilities. His area of interest is fracture and failure of materials at small scales.

Who Should Attend

If you are interested in learning about sample preparation, polishing, and measurement techniques and how to use dynamic mechanical analysis, then this webinar is for you.

More Articles From KLA Instruments

ISO 14577 Standardized Nanoindentation

Small-scale Dynamic Mechanical Analysis (DMA) of a Tire Cross-Section

Analysis of Polymers by Oscillatory Indentation

Measuring the Complex Modulus of Highly Plasticized Polyvinyl Chloride via Instrumented Indentation

More Products From KLA Instruments

Nano Indenter G200X | Nanoscale Mechanical Measurement Testing

iMicro Nanoindenter | High Quality Material Tester for Dynamic Data Experiments

iNano® Nanoindenter | High Performing Mechanical Characterization for Universities and High Tech Labs

Other Webinars from KLA Instruments™

Indentation University Session 1: The Genius of Oliver and Pharr

Indentation University Session 1: The Genius of Oliver and Pharr
Indentation University Session 2: How to test Titanium Aluminum Nitride (TiAlN) on Tungsten Carbide (WC)

Indentation University Session 2: How to test Titanium Aluminum Nitride (TiAlN) on Tungsten Carbide (WC)
Indentation University Session 5: Elastic Contact Mechanics

Indentation University Session 5: Elastic Contact Mechanics
Indentation University Session 8: How to Test Optical Coatings

Indentation University Session 8: How to Test Optical Coatings
Indentation University Session 9: Frame Stiffness and Area Function

Indentation University Session 9: Frame Stiffness and Area Function
Indentation University Session 10: How to Verify a Nanoindenter

Indentation University Session 10: How to Verify a Nanoindenter
Indentation University Session 4: How to Test 1018 Steel by Nanoindentation

Indentation University Session 4: How to Test 1018 Steel by Nanoindentation
Indentation University Session 3: Basic Instrumented Indentation

Indentation University Session 3: Basic Instrumented Indentation
Indentation University Session 6: How to Test Barnett Shale by Nanoindentation

Indentation University Session 6: How to Test Barnett Shale by Nanoindentation
Indentation University Session 7: Dynamic Nanoindentation

Indentation University Session 7: Dynamic Nanoindentation
Indentation University Session 13: Mechanics of Plasticity

Indentation University Session 13: Mechanics of Plasticity
Indentation University Session 23: Nanoindentation for Stress-Strain

Indentation University Session 23: Nanoindentation for Stress-Strain
Indentation University Session 22: Theory of Measuring Stress-Strain Curves by Nanoindentation

Indentation University Session 22: Theory of Measuring Stress-Strain Curves by Nanoindentation
Indentation University Session 20: Statistical Analysis of Measurements (Student’s T-Test)

Indentation University Session 20: Statistical Analysis of Measurements (Student’s T-Test)
Indentation University Session 21: Scratch Testing DLC on Silicon

Indentation University Session 21: Scratch Testing DLC on Silicon
Indentation University Session 18: Mounting 3D-Printed Porous Titanium for Nanoindentation

Indentation University Session 18: Mounting 3D-Printed Porous Titanium for Nanoindentation
Indentation University Session 11: Nanoindentation of Thin Films

Indentation University Session 11: Nanoindentation of Thin Films
Indentation University Session 17: High-Speed Nanoindentation

Indentation University Session 17: High-Speed Nanoindentation
Indentation University Session 15: Complex Modulus of Polymers

Indentation University Session 15: Complex Modulus of Polymers
Indentation University Session 14: How to Test 40 nm DLC Coatings on Silicon

Indentation University Session 14: How to Test 40 nm DLC Coatings on Silicon
Indentation University Session 12: How to Test Low-k Films on Silicon

Indentation University Session 12: How to Test Low-k Films on Silicon
Indentation University Session 19: How to Test 3D-Printed Titanium Using Nanoindentation

Indentation University Session 19: How to Test 3D-Printed Titanium Using Nanoindentation

Tell Us What You Think

Do you have a review, update or anything you would like to add to this content?

Leave your feedback
(Logout)
Your comment type
Submit

Materials Webinars by Subject Matter

Watch the
Webinar

More Articles from
KLA Instruments™

More Products from
KLA Instruments™

See all content from KLA Instruments™
Watch the
Webinar

Terms

While we only use edited and approved content for Azthena answers, it may on occasions provide incorrect responses. Please confirm any data provided with the related suppliers or authors. We do not provide medical advice, if you search for medical information you must always consult a medical professional before acting on any information provided.

Your questions, but not your email details will be shared with OpenAI and retained for 30 days in accordance with their privacy principles.

Please do not ask questions that use sensitive or confidential information.

Read the full Terms & Conditions.

Provide Feedback