Computational Fluid Dynamics Applied to Waste to Energy Processes

This book PDF is perfect for those who love Technology & Engineering genre, written by Valter Bruno Reis e Silva and published by Butterworth-Heinemann which was released on 16 June 2020 with total hardcover pages 220. You could read this book directly on your devices with pdf, epub and kindle format, check detail and related Computational Fluid Dynamics Applied to Waste to Energy Processes books below.

Computational Fluid Dynamics Applied to Waste to Energy Processes
Computational Fluid Dynamics Applied to Waste to Energy Processes
Author : Valter Bruno Reis e Silva
File Size : 41,8 Mb
Publisher : Butterworth-Heinemann
Language : English
Release Date : 16 June 2020
ISBN : 9780128175415
Pages : 220 pages
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Computational Fluid Dynamics Applied to Waste to Energy Processes by Valter Bruno Reis e Silva Book PDF Summary

Computational Fluid Dynamics Applied to Waste-to-Energy Processes: A Hands-On Approach provides the key knowledge needed to perform CFD simulations using powerful commercial software tools. The book focuses on fluid mechanics, heat transfer and chemical reactions. To do so, the fundamentals of CFD are presented, with the entire workflow broken into manageable pieces that detail geometry preparation, meshing, problem setting, model implementation and post-processing actions. Pathways for process optimization using CFD integrated with Design of Experiments are also explored. The book’s combined approach of theory, application and hands-on practice allows engineering graduate students, advanced undergraduates and industry practitioners to develop their own simulations. Provides the skills needed to perform real-life simulation calculations through a combination of mathematical background and real-world examples, including step-by-step tutorials Presents worked examples in complex processes as combustion or gasification involving fluid dynamics, heat and mass transfer, and complex chemistry sets

Computational Fluid Dynamics Applied to Waste to Energy Processes

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