By G.K. Suraishkumar
This ebook addresses the research, within the continuum regime, of organic platforms at numerous scales, from the mobile point to the commercial one. It offers either basic conservation rules (mass, cost, momentum and effort) and suitable fluxes caused by acceptable using forces, that are vital for the research, layout and operation of organic platforms. It contains the concept that of cost conservation, a tremendous precept for organic platforms that isn't explicitly lined in the other booklet of this type. The booklet is equipped in 5 elements: mass conservation; cost conservation; momentum conservation; power conservation and a number of conservations at the same time utilized. All mathematical features are offered step-by-step, permitting any reader with a simple mathematical historical past (calculus, differential equations, linear algebra, etc.) to keep on with the textual content comfortably. The ebook promotes an intuitive realizing of all of the suitable ideas and in so doing enables their program to sensible matters relating to layout and operation of organic platforms. meant as a self-contained textbook for college students in biotechnology and in commercial, chemical and biomedical engineering, this publication also will symbolize an invaluable reference advisor for execs operating within the above-mentioned fields.
Read or Download Continuum Analysis of Biological Systems: Conserved Quantities, Fluxes and Forces PDF
Best biomedical engineering books
This ebook is designed to introduce the reader to the elemental details important for paintings within the scientific surroundings, aiding the expertise utilized in sufferer care. starting biomedical apparatus technologists can use this publication to acquire a operating vocabulary and trouble-free wisdom of the undefined.
Complicated polymer-based nanocomposite fabrics proceed to develop into more and more well known and critical for quite a lot of engineering purposes, as evidenced by way of persisted govt tasks related to R&D and commercialization of those elements. within the race to use the original mechanical, thermal, and electric homes of nanocomposite fabrics, researchers also needs to tackle new demanding situations to foretell, comprehend, and deal with the doubtless hostile results they can have on human lives and the surroundings.
During this e-book, we current scientific robotics, its evolution over the past 30 years by way of structure, layout and regulate, and the most medical and medical contributions to the sector. For greater than twenty years, robots were a part of hospitals and feature gradually develop into a typical software for the clinician.
- Monoclonal antibodies in biology and biotechnology
- Statistical and Computational Methods in Brain Image Analysis
- Quantitative Analysis in Nuclear Medicine Imaging
- Understanding Nanomedicine An Introductory Textbook
- Computing the brain : a guide to neuroinformatics
- Hyaluronic acid for biomedical and pharmaceutical applications
Extra info for Continuum Analysis of Biological Systems: Conserved Quantities, Fluxes and Forces
Where it was placed, to other parts of the beaker, until the concentration of ink in the beaker is uniform. The ink particles move because of the thermal energy of the molecules (ink and water molecules) that results in its random motion. In such cases, we say that diffusion of the species (ink) has occurred. Although the molecular motion due to thermal energy is random, the net movement of the species, or the ink flux in this case, is from a region of high ink concentration to a region of lower ink concentration.
1-2 Different tortuosities that are possible in membranes =1 >1 solute in the solvent are the same and hence K = 1 is a good approximation, d is membrane thickness, is tortuosity (Fig. 1-2), a measure of the mean distance travelled by the solute in relation to the thickness of the membrane and = Porosity = Volume fraction of pores in the membrane = Volume of pores Total volume of the membrane including pores When the Pores are Comparable in Size to the Solute When the pores become sufficiently small, the diffusivity in a pore is less than that in free solution.
G. 4 r r r r r r is pore radius and a is solute radius. a The factor Di F accounts for the modified diffusivity due to the r 2 a small pore size (hydrodynamic hindrance). The factor K 1 − accounts r 42 2 Mass Flux Fig. 2-1 The cross-section of the bronchiole Rb Ro for the modified partitioning of the solute between the solution and the pore (stearic hindrance). 2 Steady State Radial Diffusion Across Tubular Walls There exist many examples of tubular elements in biological systems.