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Influence of Specimen Design in Plane Strain Fracture Toughness Testing
1971The influence of specimen design on plane strain fracture toughness (KIc) was studied by fracturing 2219-T87 aluminum and 5Al-2.5Sn ELI titanium alloy single-edge notched bend (SENB), single-edge notched tension (SENT), compact tension (CT), and surface flawed (SF) specimens at 72 F (295 K) in laboratory air, at -320 F (78 K) in liquid nitrogen, and at
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"In-plane experimental testing of timber-concrete composite floor diaphragms"
2009Recent advances in the design of multi-storey timber buildings have led to viable structural systems that allow open floor plans with large spans between frames and/or walls. Timber-concrete composite (TCC) flooring can achieve the spans required but have the potential to be flexible under diaphragm actions, which can significantly alter the seismic ...
NEWCOMBE MP +6 more
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A semi-automated in-plane loader for materials testing
Experimental Mechanics, 1983P. W. Mast +7 more
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In-Plane Torsion Test - Analysis of the Tool Design
2023Fabian Stiebert +2 more
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Study of development of strain in plane strain compression test
2011Plane strain compression test (PSCT) is a plastometric method for flow stress with strictly defined thermomechanical parameters. Its advantage over torsion testing is in better conditions for exploring the resulting microstructure by means of metallography or microhardness testing.
Drozd, Kamil +4 more
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Proofs and Solutions of Exercises Used in Plane Geometry Tests
National Mathematics Magazine, 1940Harold Fawcett, Hale Pickett
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458° Flexure Test for Measurement of In-Plane Shear Modulus
Journal of Composite Materials, 2002F Mujika +3 more
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