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Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control | V. P. Sethi | 1st Edition | Taylor & Francis Group (English )
|
| 16036-16036 |
[Shipping Cost = Standard Mode, Expedite Mode]
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control | V. P. Sethi | 1st Edition | Taylor & Francis Group (English )
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control is a comprehensive guide for engineers, architects, and researchers looking to design and optimize greenhouse environments. Written by V. P. Sethi, an expert in the field of greenhouse engineering, this book provides a detailed overview of the latest software-driven design techniques and modelling tools for achieving optimal microclimate control in greenhouse structures. The book begins with an introduction to the principles of greenhouse engineering, including the importance of microclimate control in optimizing plant growth and productivity. It then delves into the various software tools available for designing and modelling greenhouse environments, such as computational fluid dynamics (CFD) simulations, energy balance models, and climate control systems. Readers will learn how to use these tools to analyze and optimize factors such as temperature, humidity, light levels, and airflow within a greenhouse structure. The book also covers advanced topics such as multi-objective optimization techniques, machine learning algorithms for predictive modelling, and real-time monitoring systems for maintaining optimal growing conditions. With practical examples and case studies throughout, Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control offers valuable insights into designing sustainable and efficient greenhouse systems. Whether you are a professional working in the field of agriculture or a researcher looking to expand your knowledge of greenhouse technology, this book is an essential resource for understanding the latest trends in software-driven design and modelling. Key features of the book include: - An overview of greenhouse engineering principles - Detailed explanations of software tools for design and modelling - Case studies illustrating real-world applications - Advanced topics on optimization techniques and predictive modelling - Insights into sustainable practices for greenhouse management Whether you are a novice or an experienced professional in the field of greenhouse engineering, this book will provide you with valuable information on how to leverage software-driven design and modelling techniques for optimal microclimate control.
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control is a comprehensive guide for engineers, architects, and researchers looking to design and optimize greenhouse environments. Written by V. P. Sethi, an expert in the field of greenhouse engineering, this book provides a detailed overview of the latest software-driven design techniques and modelling tools for achieving optimal microclimate control in greenhouse structures. The book begins with an introduction to the principles of greenhouse engineering, including the importance of microclimate control in optimizing plant growth and productivity. It then delves into the various software tools available for designing and modelling greenhouse environments, such as computational fluid dynamics (CFD) simulations, energy balance models, and climate control systems. Readers will learn how to use these tools to analyze and optimize factors such as temperature, humidity, light levels, and airflow within a greenhouse structure. The book also covers advanced topics such as multi-objective optimization techniques, machine learning algorithms for predictive modelling, and real-time monitoring systems for maintaining optimal growing conditions. With practical examples and case studies throughout, Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control offers valuable insights into designing sustainable and efficient greenhouse systems. Whether you are a professional working in the field of agriculture or a researcher looking to expand your knowledge of greenhouse technology, this book is an essential resource for understanding the latest trends in software-driven design and modelling. Key features of the book include: - An overview of greenhouse engineering principles - Detailed explanations of software tools for design and modelling - Case studies illustrating real-world applications - Advanced topics on optimization techniques and predictive modelling - Insights into sustainable practices for greenhouse management Whether you are a novice or an experienced professional in the field of greenhouse engineering, this book will provide you with valuable information on how to leverage software-driven design and modelling techniques for optimal microclimate control.
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control
Authored by V. P. Sethi, this book provides an advanced and practical guide to greenhouse engineering, focusing on software-driven design and modelling techniques for achieving optimal microclimate control. The 1st Edition (2026) presents modern approaches to designing efficient greenhouse systems using computational tools and simulation methods.
This book is ideal for students, agricultural engineers, researchers, and professionals involved in protected cultivation, greenhouse technology, and precision agriculture. It bridges the gap between engineering principles and agricultural applications, helping readers understand how to optimize environmental conditions for crop growth.
Key Topics Covered:
- Fundamentals of greenhouse design and structure
- Microclimate control and environmental management
- Use of software tools for modelling and simulation
- Temperature, humidity, and ventilation control systems
- Energy efficiency and sustainable greenhouse practices
- Automation and smart greenhouse technologies
- Case studies and real-world applications
The book emphasizes the integration of engineering, environmental science, and digital tools to create efficient and sustainable greenhouse systems. It provides both theoretical insights and practical guidance for designing modern agricultural infrastructure.
With 512 pages of comprehensive and well-structured content, this hardbound edition serves as a valuable academic resource and professional reference.
Published by Taylor & Francis Group (CRC Press), the book ensures high-quality, reliable, and research-based academic content.
Whether you are studying agricultural engineering or working in advanced farming systems, this book offers essential knowledge for achieving precision control of greenhouse environments.
Product Details
| SKU / BOOK Code: | GE-VPS-1ED-2026-HB-97810327139 |
| Publisher: | Taylor & Francis Group |
| Author: | Sethi V.P. |
| Binding Type: | Hardcover |
| No. of Pages: | 512 |
| ISBN-10: | NA |
| ISBN-13: | NA |
| Edition: | 1st |
| Language: | English Medium |
| Publish Year: | 2026-01 |
| Weight (g): | 550 |
| Product Condition: | New |
| Reading Age: | Above 18 Years |
| Country of Origin: | India |
| Genre: | Science fiction |
| Manufacturer: | Taylor & Francis Group |
| Importer: | Taylor & Francis Group |
| Packer: | Fullfilled by Supplier |
Product Description
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control | V. P. Sethi | 1st Edition | Taylor & Francis Group (English )
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control is a comprehensive guide for engineers, architects, and researchers looking to design and optimize greenhouse environments. Written by V. P. Sethi, an expert in the field of greenhouse engineering, this book provides a detailed overview of the latest software-driven design techniques and modelling tools for achieving optimal microclimate control in greenhouse structures. The book begins with an introduction to the principles of greenhouse engineering, including the importance of microclimate control in optimizing plant growth and productivity. It then delves into the various software tools available for designing and modelling greenhouse environments, such as computational fluid dynamics (CFD) simulations, energy balance models, and climate control systems. Readers will learn how to use these tools to analyze and optimize factors such as temperature, humidity, light levels, and airflow within a greenhouse structure. The book also covers advanced topics such as multi-objective optimization techniques, machine learning algorithms for predictive modelling, and real-time monitoring systems for maintaining optimal growing conditions. With practical examples and case studies throughout, Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control offers valuable insights into designing sustainable and efficient greenhouse systems. Whether you are a professional working in the field of agriculture or a researcher looking to expand your knowledge of greenhouse technology, this book is an essential resource for understanding the latest trends in software-driven design and modelling. Key features of the book include: - An overview of greenhouse engineering principles - Detailed explanations of software tools for design and modelling - Case studies illustrating real-world applications - Advanced topics on optimization techniques and predictive modelling - Insights into sustainable practices for greenhouse management Whether you are a novice or an experienced professional in the field of greenhouse engineering, this book will provide you with valuable information on how to leverage software-driven design and modelling techniques for optimal microclimate control.
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control is a comprehensive guide for engineers, architects, and researchers looking to design and optimize greenhouse environments. Written by V. P. Sethi, an expert in the field of greenhouse engineering, this book provides a detailed overview of the latest software-driven design techniques and modelling tools for achieving optimal microclimate control in greenhouse structures. The book begins with an introduction to the principles of greenhouse engineering, including the importance of microclimate control in optimizing plant growth and productivity. It then delves into the various software tools available for designing and modelling greenhouse environments, such as computational fluid dynamics (CFD) simulations, energy balance models, and climate control systems. Readers will learn how to use these tools to analyze and optimize factors such as temperature, humidity, light levels, and airflow within a greenhouse structure. The book also covers advanced topics such as multi-objective optimization techniques, machine learning algorithms for predictive modelling, and real-time monitoring systems for maintaining optimal growing conditions. With practical examples and case studies throughout, Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control offers valuable insights into designing sustainable and efficient greenhouse systems. Whether you are a professional working in the field of agriculture or a researcher looking to expand your knowledge of greenhouse technology, this book is an essential resource for understanding the latest trends in software-driven design and modelling. Key features of the book include: - An overview of greenhouse engineering principles - Detailed explanations of software tools for design and modelling - Case studies illustrating real-world applications - Advanced topics on optimization techniques and predictive modelling - Insights into sustainable practices for greenhouse management Whether you are a novice or an experienced professional in the field of greenhouse engineering, this book will provide you with valuable information on how to leverage software-driven design and modelling techniques for optimal microclimate control.
Greenhouse Engineering: Software-Driven Design and Modelling for Optimal Microclimate Control
Authored by V. P. Sethi, this book provides an advanced and practical guide to greenhouse engineering, focusing on software-driven design and modelling techniques for achieving optimal microclimate control. The 1st Edition (2026) presents modern approaches to designing efficient greenhouse systems using computational tools and simulation methods.
This book is ideal for students, agricultural engineers, researchers, and professionals involved in protected cultivation, greenhouse technology, and precision agriculture. It bridges the gap between engineering principles and agricultural applications, helping readers understand how to optimize environmental conditions for crop growth.
Key Topics Covered:
- Fundamentals of greenhouse design and structure
- Microclimate control and environmental management
- Use of software tools for modelling and simulation
- Temperature, humidity, and ventilation control systems
- Energy efficiency and sustainable greenhouse practices
- Automation and smart greenhouse technologies
- Case studies and real-world applications
The book emphasizes the integration of engineering, environmental science, and digital tools to create efficient and sustainable greenhouse systems. It provides both theoretical insights and practical guidance for designing modern agricultural infrastructure.
With 512 pages of comprehensive and well-structured content, this hardbound edition serves as a valuable academic resource and professional reference.
Published by Taylor & Francis Group (CRC Press), the book ensures high-quality, reliable, and research-based academic content.
Whether you are studying agricultural engineering or working in advanced farming systems, this book offers essential knowledge for achieving precision control of greenhouse environments.
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While receiving the item from any of our courier partner, users are requested to check the packaging item properly, If you feel the item is delivering by the logistic partners in tampering conditions, we request our buyers not to accept the product & instantly make a call to the below mentioned HELPLINE Numbers. And, If you purchased an item that was not satisfactory, in such cases we will issue Return / Refund as per the current policy guidelines.
Selling Price & Shipping Fee: In Product details page we have clearly mentioned the Selling Price & Shipping Fees separately, So, when you click on "BUY NOW" You will be charges Selling Price + Shipping Fees. The Shipping fees may different for each products depends on the weight of the Product. The shipping cost includes the courier charges, packaging charges, transport charges, fuel charges and other charges. Sometimes the total payable amount may be different for Instamojo Payment Gateway. Buyers are requested to check before purchasing the products. After making the purchase we may not allow or consider users to modify.
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Generally the courier partner support delivery during business hours (9:00 - 20:00) Mon - Sat: Fedex, Trackon, Gati, Delhivery, Indian Post.
The actual delivery time may differ from the given Estimated timeline. For more information on delivery time and shipping charges, please refer to our dedicated support team through ECG Portal.
Note: Expected Delivery time may differ from the Estimated or Projected delivery time & it does not include holidays.
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