Titlebook: Biomechanics; Motion, Flow, Stress Y. C. Fung Book 1990 Springer Science+Business Media New York 1990 Tissue Engineering.Transport.bioengin

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Flying and Swimming,ined is certainly a legitimate question for biomechanics. There are people who suffer impairments in locomotion and others who try to help them recover or overcome their handicaps. These people, the sports lovers, educators, patients, orthopedic surgeons, engineers, physical therapists, nurses, pros

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Micro- and Macrocirculation,ioles and venules, respectively, are also included in microcirculation, but the question of how many orders are to be included in microcirculation is sometimes debated, because different organs seem to demand different answers. From fluid mechanical point of view, the distinction between micro and m

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Respiratory Gas Flow, of gases is given particular attention. In alveoli, the exchange of O. and CO. between alveolar gas and red blood cells is discussed. The effectiveness of this exchange depends on the matching of ventilation and circulation.

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Mass Transport in Capillaries, Tissues, Interstitial Space, Lymphatics, Indicator Dilution Method, is discussed in Sec. 9.2. Methods for measuring the permeability of vessel walls are presented in Sec. 9.3. A model of oxygen delivery and consumption in tissues is given in Sec. 9.4. Fluid movement in interstitial space is discussed in Sec. 9.5.

Introduction

Description of Internal Deformation and Forces,difficult, but it usually lies outside the common engineering curriculum. It is not simple, and considerable patience is needed to master it. In the following, a presentation of its most important aspects is given in easy to understand physical terms. There are many books and papers on this subject

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Stress, Strain, and Stability of Organs,ghlights on a few organs are surveyed, and then we focus on some topics which are important from the point of view of mechanics, such as the zero-stress state, the connection between micro- and macromechanics, the effect of surface tension, the incremental laws, the interaction between neighboring o

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Strength, Trauma, and Tolerance,ong enough to withstand the loads imposed on it by its environment and its activities. The history of evolution is a history of cells forming more efficient organizations for competition and survival. The shapes of plants and animals depend largely on the structural materials these organisms can man

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Biomechanical Aspects of Growth and Tissue Engineering,tress and strain, is necessary for health. This is common sense. If we can turn this common sense into a precise knowledge about stress and growth, then it will enlighten biology in general, help surgeons to engineer healing, throw light on physical education, sports techniques, health care, rehabil

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