We're still working on our article for Cooling Load Calculation. Please check back soon for more information.
Find a path to becoming a Cooling Load Calculation. Learn more at:
OpenCourser.com/topic/ijyc0s/cooling
Reading list
We've selected 15 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Cooling Load Calculation.
This is the metric (SI) unit version of the foundational ASHRAE Handbook – Fundamentals. It covers the same essential principles as the Inch-Pound version, including thermodynamics, psychrometrics, heat transfer, and load calculations. This handbook comprehensive reference widely used globally by students and professionals working with SI units. It is an indispensable reference tool and is often used as a textbook in academic and professional settings.
This standard specifically outlines procedures for calculating peak cooling and heating loads in commercial and institutional buildings. It crucial document for professionals involved in non-residential HVAC design and is often referenced in building codes. It provides a standardized approach to load calculations.
This textbook provides a strong foundation in the principles of HVAC, with design data based on a previous edition of the ASHRAE Handbook-Fundamentals. It covers heat transfer and load calculation procedures, making it suitable for gaining a broad understanding. It includes information on using local climate data, thermal properties of materials, and the effects of infiltration and ventilation. is often used as a textbook in academic settings and is valuable for students and early-career professionals.
This guide focuses specifically on the design of commercial HVAC systems, including detailed considerations for load calculations in this context. It provides practical guidance and examples for designing systems for various commercial building types. It valuable resource for engineers specializing in commercial HVAC design.
This sourcebook covers the entire HVAC system design process, with a section dedicated to HVAC load calculations. It provides practical guidance and illustrations for understanding different system designs and how load calculations inform them. It valuable reference for designers and engineers.
Focuses on the design of energy-efficient HVAC systems, which inherently involves accurate load calculations to avoid oversizing and improve performance. It covers sustainable design approaches and their impact on heating and cooling loads. It is relevant for those interested in contemporary topics in HVAC design and energy conservation.
This textbook provides a fundamental understanding of heat and mass transfer principles, which are the bedrock of cooling load calculations. While not specific to HVAC, it offers a rigorous treatment of conduction, convection, and radiation, essential for accurately determining heat gains. It is highly valuable for undergraduate and graduate students seeking a deep theoretical understanding.
This widely used textbook covers the principles of thermodynamics, which are fundamental to understanding refrigeration cycles and energy transfer in HVAC systems. A strong grasp of thermodynamics is crucial for comprehending the basis of cooling load calculations. It core text for engineering students and a valuable reference for professionals.
Often referred to as a foundational text in HVAC&R, this book covers a broad range of topics including refrigeration cycles, heat transfer, and psychrometrics, all of which are prerequisite knowledge for understanding cooling load calculations. While not solely focused on load calculations, it provides essential background and is widely used as a textbook in technical training programs. It is valuable for gaining a broad understanding of the underlying principles.
This comprehensive guide is widely used in HVAC technician training programs and covers refrigeration cycles, heat transfer, psychrometrics, and system design. It provides practical applications and hands-on guidance that support the understanding of how cooling loads impact system selection and performance. While not a dedicated load calculation book, it offers crucial foundational knowledge.
Simplifies complex HVAC concepts, including those related to heat transfer and system components relevant to load calculations. It is designed for students and apprentices new to the trade, offering an accessible introduction to the principles. It provides a solid foundation for understanding the basics before delving into more advanced load calculation methodologies.
Similar to Manual D for residential, Manual Q provides guidance for designing duct systems in commercial buildings. Proper duct design in commercial settings is critical for effectively distributing conditioned air based on load calculations performed using methods like those in the ASHRAE Handbooks or Manual N. It's a key resource for commercial HVAC designers.
Serves as a practical reference for HVAC professionals, providing a collection of equations, data, and rules of thumb. It includes information relevant to load calculations, offering quick access to formulas and typical values. It handy resource for both preliminary estimations and on-site work.
This compact guide provides a quick reference to key data and procedures from the ASHRAE Handbooks, including information relevant to load calculations. It convenient tool for engineers and technicians in the field who need quick access to essential information.
Understanding HVAC controls is important for optimizing system performance based on actual building loads. covers the principles and applications of HVAC control systems, which are essential for ensuring that the HVAC system effectively responds to the calculated cooling loads and maintains desired indoor conditions. It adds depth to the practical application of load calculations.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/ijyc0s/cooling
Save
