Abstract
Describes a method of applying strain gauges to ice samples, using a coating material for the gauges to provide high gauge: ice impedance. Results of tests with various coatings are reported; Zerok 110, a styrene-butadiene copolymer, exhibited the best properties. Data are presented of measurements on dynamically loaded strain-gauged cylinders of fresh- and salt-water ice; considerable accuracy is claimed in the determination of the Poisson ratio and Young's modulus.
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