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In this paper, the compact tension-shear (CTS) specimen is studied using three-dimensional finite element analysis.
A specimen is studied in order to analyse the stringer runout effect in a specific design.
A pristine and a delamination type case (Teflon insert in the experimental specimen) is studied.
Their influence on three responses such as tensile, flexural and impact strength of test specimen is studied.
Similar(56)
The strain concentration at the interface between the steel cylinder and the foam specimen was studied in detail.
The wear mechanism of the specimen was studied through SEM.
This technique, developed in the 1930s, enabled researchers to examine synapses and other neuronal structures in unprecedented detail, but can only capture images at the surface of the specimen being studied.
Morphology of the mechanical and the tribology specimen was studied with FESEM.
This means that during the same experiments, one can get real multimodal information from the specimen being studied.
Stress wave propagation in an S-2 Glass/Epoxy microdroplet specimen was studied with different droplet sizes (100 μm–200 μm) and fiber gage lengths (2 mm–6 mm).
The effects of existing cracks in concrete with different spacing and widths, as well as FRP location relative to the centerline of specimen, were studied.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com