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Transport Phenomena in Biomedical Engineering Principles and Practices 1st Edition by Robert A Peattie, Robert J Fisher, Joseph D Bronzino, Donald R Peterson ISBN 143987462X 9781439874622

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Transport Phenomena in Biomedical Engineering Principles and Practices 1st Edition Robert A. Peattie Digital Instant Download

Author(s): Robert A. Peattie, Robert J. Fisher, Joseph D. Bronzino, Donald R. Peterson
ISBN(s): 9781439874622, 143987462X
Edition: 1
File Details: PDF, 25.89 MB
Year: 2012
Language: english
SKU: EB-4385570 Category: Tags: , , ,

Transport Phenomena in Biomedical Engineering Principles and Practices 1st Edition by Robert A Peattie, Robert J Fisher, Joseph D Bronzino, Donald R Peterson – Ebook PDF Instant Download/Delivery: 143987462X, 9781439874622
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ISBN 10: 143987462X
ISBN 13: 9781439874622
Author: Robert A Peattie, Robert J Fisher, Joseph D Bronzino, Donald R Peterson

Design, analysis and simulation of tissue constructs is an integral part of the ever-evolving field of biomedical engineering. The study of reaction kinetics, particularly when coupled with complex physical phenomena such as the transport of heat, mass and momentum, is required to determine or predict performance of biologically-based systems whether for research or clinical implementation. Transport Phenomena in Biomedical Engineering: Principles and Practices explores the concepts of transport phenomena alongside chemical reaction kinetics and thermodynamics to introduce the field of reaction engineering as it applies to physiologic systems in health and disease. It emphasizes the role played by these fundamental physical processes. The book first examines elementary concepts such as control volume selection and flow systems. It provides a comprehensive treatment with an overview of major research topics related to transport phenomena pertaining to biomedical engineering. Although each chapter is self-contained, they all bring forth and reinforce similar concepts through applications and discussions. With contributions from world-class experts, the book unmasks the fundamental phenomenological events in engineering devices and explores how to use them to meet the objectives of specific applications. It includes coverage of applications to drug delivery and cell- and tissue-based therapies.

Transport Phenomena in Biomedical Engineering Principles and Practices 1st Table of contents:

  1. Introduction to Transport Phenomena in Biomedical Engineering

    • 1.1 Overview of Transport Phenomena

    • 1.2 Importance of Transport Phenomena in Biomedical Engineering

    • 1.3 Historical Development and Key Milestones

    • 1.4 Multidisciplinary Nature of Biomedical Engineering

    • 1.5 Scope and Applications in Healthcare

  2. Basic Principles of Transport Phenomena

    • 2.1 Mass Transport: Diffusion, Convection, and Adsorption

    • 2.2 Heat Transport: Conduction, Convection, and Radiation

    • 2.3 Momentum Transport: Viscosity and Flow Behavior

    • 2.4 Governing Equations: Continuity, Navier-Stokes, and Fick’s Laws

    • 2.5 Analogies Between Heat, Mass, and Momentum Transport

  3. Transport in Biological Systems

    • 3.1 Transport Across Biological Membranes

    • 3.2 Blood Flow and Oxygen Transport

    • 3.3 Lymphatic System and Fluid Dynamics

    • 3.4 Heat Transfer in the Human Body

    • 3.5 Diffusion and Convection in Tissues

  4. Transport in Biomedical Devices

    • 4.1 Bioreactors and Cell Culture Systems

    • 4.2 Drug Delivery Systems and Controlled Release

    • 4.3 Medical Implants and Prosthetics

    • 4.4 Hemodialysis and Filtration Systems

    • 4.5 Biosensors and Diagnostic Devices

  5. Mathematical Modeling of Transport Phenomena

    • 5.1 Mathematical Foundations and Key Assumptions

    • 5.2 Transport Equations in Biomedical Systems

    • 5.3 Numerical Methods and Computational Tools

    • 5.4 Case Studies of Transport Models in Medicine

    • 5.5 Model Validation and Calibration

  6. Transport Phenomena in Physiological Flows

    • 6.1 Fluid Flow in Arteries and Veins

    • 6.2 Microcirculation and Capillary Exchange

    • 6.3 The Role of Blood Viscosity and Hemodynamics

    • 6.4 Laminar and Turbulent Flow in Biomedical Systems

    • 6.5 Computational Fluid Dynamics (CFD) in Biomedical Applications

  7. Transport in Tissue Engineering

    • 7.1 Mass Transport in Scaffold-Based Tissue Engineering

    • 7.2 Oxygen and Nutrient Diffusion in Growing Tissues

    • 7.3 Design of Bioreactors for Tissue Growth

    • 7.4 Transport Challenges in 3D Tissue Constructs

    • 7.5 Applications in Regenerative Medicine

  8. Transport Phenomena in Drug Delivery

    • 8.1 Transport Mechanisms in Drug Absorption

    • 8.2 Diffusion and Convection in Drug Delivery Systems

    • 8.3 Nanotechnology in Targeted Drug Delivery

    • 8.4 Controlled Release and Pharmacokinetics

    • 8.5 Challenges in Designing Effective Drug Delivery Systems

  9. Thermal Transport in Biomedical Engineering

    • 9.1 Heat Transfer in Biological Tissues

    • 9.2 Hyperthermia and Cryotherapy in Cancer Treatment

    • 9.3 Thermal Ablation Technologies

    • 9.4 Thermal Management in Medical Devices

    • 9.5 Modeling Heat Transfer in Biomedical Systems

  10. Clinical Applications and Case Studies

  • 10.1 Transport Phenomena in Cardiovascular Systems

  • 10.2 Transport in Renal and Pulmonary Systems

  • 10.3 Drug Transport in Cancer Treatment

  • 10.4 Transport Models in Wound Healing and Skin Grafts

  • 10.5 Case Studies in Biomedical Engineering Practice

  1. Challenges and Future Directions

  • 11.1 Current Challenges in Transport Modeling and Application

  • 11.2 Emerging Technologies and Their Impact on Transport Phenomena

  • 11.3 The Role of Bioprinting and Regenerative Medicine

  • 11.4 Future Trends in Biomedical Transport Research

  • 11.5 Bridging the Gap Between Theory and Practice

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Tags: Robert A Peattie, Robert J Fisher, Joseph D Bronzino, Donald R Peterson, Phenomena, Biomedical Engineering