Beyond Viscosity: Advanced Material Characterization Using Research-Grade Rheometers
Research-grade rheometers have evolved into highly versatile platforms capable of delivering deep insights into material behavior across a wide range of conditions. From fundamental viscosity measurements to advanced viscoelastic characterization, these instruments enable precise evaluation of material properties under real-world conditions.
This webinar will explore how modern rheometers can operate across extreme environments—from sub-zero temperatures as low as -150°C to elevated temperatures up to 1000°C, and pressures reaching 1000 bar—making them indispensable tools in R&D and quality control.
Key Highlights
Understand core rheological behavior through viscosity vs. shear rate and material flow characteristics
Evaluate mechanical strength using modulus of elasticity (E) and modulus of rigidity (G)
Analyze real-world viscoelastic response with complex modulus (E*, G*)
Differentiate energy storage and dissipation via storage modulus (E’, G’) and loss modulus (E”, G”)
Assess damping and structural stability using tan δ
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