Abstract
Tensile tests on beryllium single crystals under hydrostatic pressure up to 15 kbar showed a 0.7% kbar−1 decrease of the critical resolved shear stress for the prismatic slip {1010} 〈1120〉. The critical resolved shear stress for the basal slip {0001} 〈1120〉 remained constant. Compression tests in the c-axis direction gave a lower limit for the critical resolved shear stress for the pyramidal slip {1122} of 15 kbar whereas fracture occured along a plane close to (1124) for stresses as high as 35 kbar.
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