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Industrial ventilation design guidebook. Volume 2. Engineering design and applications
2nd edition
Par : , Formats :
Expédié sous 127 jours
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- Nombre de pages713
- FormatGrand Format
- PrésentationBroché
- Poids1.99 kg
- Dimensions21,5 cm × 27,5 cm × 3,5 cm
- ISBN978-0-12-816673-4
- EAN9780128166734
- Date de parution01/01/2021
- ÉditeurAcademic press
Résumé
This fully revised and restructured new edition of the Industrial Ventilation Design Guidebook (IVDGB) brings together researchers, engineers (both design and plants), and scientists to develop a fundamental scientific understanding of ventilation. Now in two volumes, Volume 2 : Engineering Design and Applications represents a significant advancement in the goal of global harmonization of engineering design.
Key features : - Single reference source for design equations and methodology to develop control algorithms for automation (Industry 4.0) and to meet global challenges of climate change and a green economy. - Expanded section on experimental measurement techniques for process parameters in real time using state of the art sensors. - Expanded section on modeling techniques and its practical application based on recent advances in research.
- New chapter on commissioning of conventional and complex ventilation systems. - New chapter prepared by global leaders on Best Practices for ventilation design for 11 different sectors including process and manufacturing industries, health care, and commercial kitchens. This is a valuable reference for consulting engineers as well as mechanical, process, and plant engineers working in the design of air pollution and ventilation systems based on sustainability for their industrial clients (processing and manufacturing) as well as health care applications for safe indoor environments for airborne viruses.
Novel design methodology and advice on sensors and control algorithms for specialized ventilation are included.
Key features : - Single reference source for design equations and methodology to develop control algorithms for automation (Industry 4.0) and to meet global challenges of climate change and a green economy. - Expanded section on experimental measurement techniques for process parameters in real time using state of the art sensors. - Expanded section on modeling techniques and its practical application based on recent advances in research.
- New chapter on commissioning of conventional and complex ventilation systems. - New chapter prepared by global leaders on Best Practices for ventilation design for 11 different sectors including process and manufacturing industries, health care, and commercial kitchens. This is a valuable reference for consulting engineers as well as mechanical, process, and plant engineers working in the design of air pollution and ventilation systems based on sustainability for their industrial clients (processing and manufacturing) as well as health care applications for safe indoor environments for airborne viruses.
Novel design methodology and advice on sensors and control algorithms for specialized ventilation are included.