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Experimental mechanical compression tests were performed on these materials.
Mechanical compression tests of 21 embalmed human radii were conducted.
In mechanical compression tests the scaffolds demonstrate exceptional strength- and stiffness-to-weight ratios.
The scaffolds were subjected to mechanical compression tests and the results were correlated with the computational data.
Results from mechanical compression tests on the wall panels were also used and compared with the ISIM results.
Scaffolds loaded with PLGA nanoparticles were subjected to physico-mechanical and biological characterizations including morphological analysis, swelling and dissolution tests, mechanical compression tests and cell viability tests.
Similar(51)
Mechanical compression test was performed to investigate the compressive behavior of scaffolds.
Characterization included micro-computed tomography, mechanical compression testing, water uptake and degradation testing, and cytotoxicity assays.
All scaffolds were characterized by means of two-dimensional optical microscopy, 3-D microfocus X-ray computed tomography (micro-CT) image analysis, mechanical compression testing and computational fluid dynamical analysis.
Both freshly sorted and two-passage expanded zonal chondrocytes formed cartilage tissue in 3D hydrogel, bearing respective zonal characteristics, indicated by RT-PCR, histology, extracellular matrix proteins, and mechanical compression test.
The femoral neck was used for mechanical compression testing.
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