Fig. 1 Experimental setup: ( a ) Schematic depicting the goat head with vital anatomical landmarks. The position of kinematics sensors on the goat head is also depicted. ( b ) Schematic depicting the goat brain along with various subregions. ( c ) Schematic and ( d ) photograph of the entire exper... More about this image found in Experimental setup: ( a ) Schematic depicting the goat head with vital anat...

Fig. 2 Representative goat head kinematics corresponding to the impactor velocity of 3.76 m/s More about this image found in Representative goat head kinematics corresponding to the impactor velocity ...

Fig. 3 Spatiotemporal evolution of maximum principal stain (MPS) and maximum shear stain (MSS) in the goat brain More about this image found in Spatiotemporal evolution of maximum principal stain (MPS) and maximum shear...

Fig. 4 Comparison of the spatiotemporal evolution of strains (MPS, MSS) between goat brain and brain simulant of a human head surrogate More about this image found in Comparison of the spatiotemporal evolution of strains (MPS, MSS) between go...

Fig. 5 Comparison of peak strains in various brain regions between goat brain and brain simulant of a human head surrogate. For various substructures, the reported peak MPS and MSS values were taken from any time point (corresponding to the maximum value) from 0.1 ms until 40 ms. * indicates stati... More about this image found in Comparison of peak strains in various brain regions between goat brain and ...

Fig. 6 Comparison of peak strains (MPS, MSS) in the vicinity of tentorium between goat brain and brain simulant of a human head surrogate. * indicates statistically significant ( p  < 0.05) differences. More about this image found in Comparison of peak strains (MPS, MSS) in the vicinity of tentorium between ...

Fig. 1 Exaggerated site of screw-bone fixation and cross section view of each screw considered in the study More about this image found in Exaggerated site of screw-bone fixation and cross section view of each scre...

Fig. 2 Micromotion distribution on the bone for different screw design for three bone condition More about this image found in Micromotion distribution on the bone for different screw design for three b...

Fig. 3 Micromotion distribution of square threaded screw under various coefficient of friction More about this image found in Micromotion distribution of square threaded screw under various coefficient...

Fig. 4 Bar-graph of peak micromotion distribution for different screw design—buttress, square, and triangle for each bone-screw interface and bar-graph of mean micromotion for different screw design—buttress, square, and triangle for each bone-screw interface More about this image found in Bar-graph of peak micromotion distribution for different screw design—buttr...

Fig. 5 Bar-graph of mean von-Mises stress distribution for each screw design in each screw-bone interface condition ie. for each coefficient of friction More about this image found in Bar-graph of mean von-Mises stress distribution for each screw design in ea...

Fig. 1 Computer-aided design model of porous scaffolds More about this image found in Computer-aided design model of porous scaffolds

Fig. 2 Fluid structure interaction (FSI) model for each scaffold and cell is seeded on different position More about this image found in Fluid structure interaction (FSI) model for each scaffold and cell is seede...