Step 1
Silicone Mold
Silicone Mold used to transfer the specimens to the loading device.
Virtual Reality
Dynamic Shear
Rheometer DSR
Test
Dynamic Shear Rheometer (DSR) – Consisting of parallel metal plates, an environmental chamber, a loading device, and a control and data acquisition system.
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Can explore the testing process step by step in a
fully immersive environment.
One key benefit of virtual
reality in the DSR test is the improved safety it provides.
Virtual reality offers the
advantage of testing different variables in the DSR process with ease.
Supported Platforms
Desktop
Standalone VR
Hand Tracking Devices
PC VR
Mobile
So, How Does It Work?
Step 2
8-mm Plates
8-mm plates are used to test PAV-conditioned material.
Step 3
Zero Gap Level
Zero gap level of the rheometer.
Step 4
Pour The Asphalt
Pour the asphalt into a silicone mold.
Step 5
Trim The Excess
Trim the excess binder from the specimen by moving a heated trimming tool around the edges of the plates.
The Largest Virtual Laboratory in DSR Testing
Conduct advanced Dynamic Shear Rheometer (DSR) tests in a fully interactive virtual environment. Experience accurate simulations for material performance analysis with no physical constraints. Enhance productivity, safety, and precision in asphalt binder testing. Perfect for students, researchers, and professionals seeking cutting-edge solutions
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Virtual Reality in DSR Testing
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