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September 10, 2025Scilight

Cone-partitioned plate device measures normal forces with better temperature range performance

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Improved temperature control enhances measurement accuracy for normal forces, and it efficiently extracts stress values.
The device successfully measures both first and second normal stresses, indicating its versatility in rheometric tests.
Utilizing advanced cone-partitioned design, the device shows significant improvements over previous technologies in temperature performance.
The findings highlight the potential for better precision in various applications where rheometric experiments are essential.

Device improves temperature control and measures both first and second normal stresses in nonlinear rheometric experiments.

Improved device extracts both first and second normal stresses from nonlinear rheometric experiments quickly with better temperature control.

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Adam Liebendorfer (2025) studied this question.

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Device improves temperature control and measures both first and second normal stresses in nonlinear rheometric experiments.

Improved device extracts both first and second normal stresses from nonlinear rheometric experiments quickly with better temperature control.