Titlebook: Introduction to Skin Biothermomechanics and Thermal Pain; Feng Xu,Tianjian Lu Book 2011 Springer-Verlag Berlin Heidelberg 2011 Bioheat Tra

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Skin Biomechanics Modelingpotential to facilitate advancements in nearly every aspect of medicine and biology, since computational models can yield estimates of stress and strain data over the entire continuum of interest, which becomes especially advantageous for locations where it may be difficult or impossible to obtain f

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INERT

Analysis of Skin Biothermomechanicsissue have been developed based on both Fourier and non-Fourier theories. Associated issues of thermal stresses and thermal damage are addressed in this chapter. The aim is to develop a computational approach to examine the heat transfer process, thermal damage and the heat-induced mechanical respon

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Skin Thermal Pain Mechanismbody. However, in extreme environment, uncomfortable feeling or pain sensation is evocated due to extreme hot or cold. Obviously, skin fails in protecting the human body when the temperature is out of normal physiological range. Furthermore, in medicine, with advances in electromagnetic technologies

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Physiological Features of Pain Sensationoxious stimulus, state of the organism, and environmental variables. As engineers, we want to know the different features of skin thermal pain and how they are induced. This will be helpful for engineers to apply engineering methods to solve biological and neural problems. In this chapter we mainly

transient-pain

Skin Thermal Pain Modelinghe entire human neural system level. Thermal stimulation, as one of the three main stimulations for pain (thermal, mechanical and chemical stimuli), has been widely used in the pain study[.], such as the examination of tissue injury and sensitisation mechanisms, and the quantification of therapeutic

Apogee

https://doi.org/10.1007/978-3-642-13202-5Bioheat Transfer; Biomechanics; Biothermomechanics; SCIPRESS; Skin; Thermal Pain