Calculation and Analysis of Building Air Conditioning Load

Author: Gu Bo
Publisher:
Publish Date: 2003-09-01
Features: This book is compiled based on the author's many years of scientific research achievements and the absorption of mature theories from abroad. It provides a detailed and systematic analysis of the composition and calculation methods of building air conditioning loads. The book is divided into 8 chapters: Spatial Characteristics of Buildings and Calculation Steps for Cooling Load, Design Conditions, Heat Storage and Asynchronicity between Peak and Heat Stratification, Solar Radiation Gains through Glass, Thermal and Moisture Transfer through Building Envelopes, Infiltration and Ventilation, Heat Dissipation of Internal Heat Sources, and Application of Humidity. The content of the book is comprehensive, featuring both thorough theoretical analysis and a wealth of data as well as numerous calculation and analysis examples. This book is suitable for researchers in refrigeration and air conditioning at universities and colleges, design personnel in design institutes, as well as students and teachers in building environment and equipment, refrigeration and air conditioning majors at colleges and universities.
This book is compiled based on the author's many years of scientific research achievements and the absorption of mature theories from abroad. It provides a detailed and systematic analysis of the composition and calculation methods of building air conditioning loads. The book is divided into 8 chapters: Spatial Characteristics of Buildings and Calculation Steps for Cooling Load, Design Conditions, Heat Storage and Asynchronicity between Peak and Heat Stratification, Solar Radiation Gains through Glass, Thermal and Moisture Transfer through Building Envelopes, Infiltration and Ventilation, Heat Dissipation of Internal Heat Sources, and Application of Humidity. The content of the book is comprehensive, featuring both thorough theoretical analysis and a wealth of data as well as numerous calculation and analysis examples. This book is suitable for researchers in refrigeration and air conditioning at universities and colleges, design personnel in design institutes, as well as students and teachers in building environment and equipment, refrigeration and air conditioning majors at colleges and universities.