Strain Distributuion in the Human Mandible

小行星9307969 实验研究和理论生物力学都有助于当前对下颌骨功能的理解。 然而，理论模型与下颌骨的实际力学行为的对应程度如何仍然是未知的。 通过实验观察，本项目将为评价下颌骨生物力学理论模型的准确性提供经验基础，并为建立更符合实际的理论模型建立数据库。结果很重要， 这不仅有助于理解作用在人类下颌骨上的力，而且有助于了解灵长类物种之间的不同力。 * 应在本研究可能产生的出版物中了解国家科学基金会的援助。 在研究进行期间，也可以自由地向感兴趣的人作出这种承认，但要注意避免给人一种印象，即基金会对你的研究的财政支持意味着该项目是由基金会本身或代表基金会本身或美国政府的任何其他机构进行的。 , ' , ! ! F , , E Times New Roman Symbol Arial 1 Pres Elite 5 Cash全新 " H 奥兹 7 黛布拉·特丽莎·白色黛布拉·特丽莎·白色

9307969 Hylander Both Experimental research and theoretical biomechanics have contributed to current understanding of mandibular function. What remains unkown, however, is how well theoretical models correspond to actual mechanical behavior of the mandible. Through experimental observations, this project will provide an empirical foundation from which to evaluate the accuracy of theoretical biomechanical models of the mandible, and to establish data base from which more realistic theoretical models can be developed. The results will be important not only to understanding the forces impinging on the human mandible, but to differing forces among primate species. *** cknowledgment of National Science Foundation assistance should be made in publications that may result from this research. Such acknowledgment also may be freely made to interested persons while the research is being conducted, provided care is taken to avoid giving the impression that Foundation financial support for your research means that the project is undertaken by or on behalf of the Foundation itself, or any other agency of the United States Government. , ' , ! ! F , , E Times New Roman Symbol & Arial 1 Pres Elite 5 Courier New " h Oz EOz E 7 DEBRA TERESA WHITE DEBRA TERESA WHITE