Titlebook: Biomechanics of the Primate Skull Base; Brigitte Demes Book 1985 The Editor(s) (if applicable) and The Author(s), under exclusive license

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語(yǔ)言學(xué)

Introduction, houses the initial parts of the respiratory and digestive systems and together with the jaws constitutes a tool capable of cutting and grinding food. The skull must be able to withstand forces imposed upon it by chewing, by movement of the head, by the weight of the head itself, and by impact loadings.

有助于

Introduction,connection with the functions it has to perform. The skull encloses the brain and the sense organs and provides them with physical protection. It also houses the initial parts of the respiratory and digestive systems and together with the jaws constitutes a tool capable of cutting and grinding food.

圣歌

未開(kāi)化

Mechanical Functions of the Dura Mater,e cranial cavity. It is composed of predominantly collagen fibers that are arranged in well-organized tracts, and probably increases the tensile strength of the cranial wall, although its contribution to overall resistance cannot be assessed precisely. Tensile strength of soft tissues is always cons

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External Forces Acting upon the Skull,eir effects on the bone, therefore not predictable. Functional adaptation to these forces cannot take place. It is assumed that resistance is provided by a security factor of bone strength; the curvature and the two-layered construction of the wall provide additional strength to withstand impacts.

Charade

任意

Technique of Experimental Stress Analysis,e first time in biomechanics research. It permits the measurement of surface strains on three-dimensional bodies. Because it makes it possible to survey large surfaces, it is preferred to the traditional strain gage technique that only provides values of surface strains for individual points. If not

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Results of the Experimental Stress Analysis of the Shell Models,d of the occipital condyles and a gap in the wall where the foramen magnum is located (shell no. 1; for its dimensions see Table 1). If loaded by compressive forces at the equivalents of the occipital condyles, it exhibits an isochromatic pattern on the outer surface as described below (Fig. 8).

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