| Modeling and Simulation:Life Sciences, Materials and Technology | |
| Authors: A. Avudainayagam, P. Misra, S. Sundar | ISBN:
978-81-7319-670-6 |
About the book Modeling and Simulation: Life Sciences, Materials and Technology discusses the current state-of-the art in the area and points to the future directions of research. It deals with a wide variety of interesting problems related to: · Chemical Processes, · Marine, · Image Processing, · Kinetic Schemes, · Energy Efficiency, · Steel Casting, · Transport Process, · Control, · Data Mining, · Fluid Queues, · Tumour Models, · Networks, · Electrical Drives, · Fluid Mechanics The volume dealing the challenges for the next 10 years in the world of Modeling would serve as a key reference for researchers. | |
Key Features |
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Table of content Preface / Mathematical Modeling – With Special Reference to Chemical Engineering / Mathematics as a Technology: Challenges for the next 10 years / Some Fascinating New Developments in Kinetic Schemes / Maritime Mathematics / Image Processing Techniques for Generating Value Added Products From Remote Sensing Data / Natural Ventilation Techniques for Energy Efficiency of Buildings with parallel Ceiling in Tropical Region / Numerical Computation of Solutions of Systems of Ordinary Differential Equations / Mathematical Modeling of Continuous Casting of Steel for Plant Application / Simulation of Tomographic Image Reconstruction from Anisotropic Projection Data / Modeling The Transport Processes In A Shallow Lagoon / Modeling of Real Life Problems via Product Densities / Mining Maximally General Classification Rules from Databases: A Rough Set Approach / Fluid Queues Driven by Birth and Death Processes / Study of Flow Characteristics and Viscoelastic Parameters of Tumor Cells in Cancer Growth / Expansion of Non-homentropic Perfect Gas in Lagrangian Rectilinear Flow in Lagrangian Coordinates / Aspects of Mathematical Modeling and Applications / Mobile IP Provisioning with Path Stability Based Adaptation of MANET Routing Protocols / Numerical simulation of Heat and Mass transfer in Micropolar Fluid Flow over Nonlinear Stretching Sheet / Navier-Stokes-Brinkman Model for Incompressible Flow Over a Porus Layer / Role of Mathematical Modeling and Simulation in Electric Drives / Modified KFVS (M-KFVS) Method / High Quality Surface Meshes For Sintering Simulations / Parallel BiCGSTAB with Latency Hiding Audience Postgraduate Students, Researchers and Professional | |
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