Journal of Green Engineering 3-4

Dina Simunic

ISBN 10: 8793102380 / ISBN 13: 9788793102385

Published by River Publishers, DK, 2013

About this Item

Green Engineering will publish original, high quality, peer-reviewed research papers and review articles dealing with environmentally safe engineering including their systems. The goal is to promote environmentally safe engineering by utilizing various modeling approaches, but especially transdisciplinary approach between various disciplines of engineering, as well as, other disciplines e.g., social sciences. Of particular interest are papers that reflect recent development and application of modeling tools as well as innovative solutions in the field of environmentally safe engineering. Aims and scopes: Green Engineering will publish original, high quality, peer-reviewed research papers and review articles dealing with environmentally safe engineering including their systems. Paper submission is solicited on: Theoretical and numerical modeling of environmentally safe electrical engineering devices and system.s Simulation of performance of innovative energy supply systems including renewable energy systems, as well as energy harvesting systems.Modeling and optimization of human environmentally conscientiousness environment (especially related to electromagnetics and acoustics) Modeling and optimization of applications of engineering sciences and technology to medicine and biology. Advances in modeling including optimization, product modeling, fault detection and diagnostics, inverse models. Advances in software and systems interoperability, validation and calibration techniques. Simulation tools for sustainable environment (especially electromagnetic, and acoustic). Experiences on teaching environmentally safe engineering (including applications of engineering sciences and technology to medicine and biology). All these topics may be addressed from a global scale to a microscopic scale, and for different phases during the life cycle.

Seller Inventory # LU-9788793102385

Bibliographic Details

• Title: Journal of Green Engineering 3-4
• Publisher: River Publishers, DK
• Publication Date: 2013
• Language: English
• ISBN 10: 8793102380
• ISBN 13: 9788793102385
• Binding: Paperback
• Condition: New
• Weight: 129 grams

About this title

Synopsis

Green Engineering will publish original, high quality, peer-reviewed research papers and review articles dealing with environmentally safe engineering including their systems. The goal is to promote environmentally safe engineering by utilizing various modeling approaches, but especially transdisciplinary approach between various disciplines of engineering, as well as, other disciplines e.g., social sciences. Of particular interest are papers that reflect recent development and application of modeling tools as well as innovative solutions in the field of environmentally safe engineering. Aims and scopes: Green Engineering will publish original, high quality, peer-reviewed research papers and review articles dealing with environmentally safe engineering including their systems. Paper submission is solicited on: Theoretical and numerical modeling of environmentally safe electrical engineering devices and system.s Simulation of performance of innovative energy supply systems including renewable energy systems, as well as energy harvesting systems. Modeling and optimization of human environmentally conscientiousness environment (especially related to electromagnetics and acoustics) Modeling and optimization of applications of engineering sciences and technology to medicine and biology. Advances in modeling including optimization, product modeling, fault detection and diagnostics, inverse models. Advances in software and systems interoperability, validation and calibration techniques. Simulation tools for sustainable environment (especially electromagnetic, and acoustic). Experiences on teaching environmentally safe engineering (including applications of engineering sciences and technology to medicine and biology). All these topics may be addressed from a global scale to a microscopic scale, and for different phases during the life cycle.