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Photoelastic materials and methods for tissue biomechanics applications

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Figure

Table 1Composition, photoelastic fringe constant, and Young’smodulus of the gelatine specimens.
Fig. 2 Stress-strain response of (a) gelatine (with additives, Tableand (b) konjac (mixture C)
Figure 4(a)ment, which drops abruptly at 3 mm, indicating the punctureevent. At this point, the first crack is initiated and the accu-mulated strain energy is relaxed, resulting in a sharp drop inforce
Fig. 6 Shaker rig in the polariscope: (1) sodium light source; (2) quar-ter wave plate (×2); (3) polarizer; (4) acrylic cylinder (containinggelatine brain); (5) shaker tray; (6) pneumatic actuator (max
+3

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