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Natural ventilation engineering architecture hvac


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This handbook has been developed from an evaluation of facilities and from surveys of the availability of new materials and construction methods in Government agencies and the private sector. This handbook was prepared using, to the maximum extent feasible, national professional society, association, and institute standards.
Naturally Ventilated Buildings and climate
Consideration of Natural Ventilation in the Design Process
Responsibilities of Planners and Designers
Combinations of Bodily and Structural Cooling
Combinations of Natiiral Cooling Strategies
Required Air Velocities for Human Comfort
Requirements and Recommendations
Building Envelope and Structure
Optimal Configuration to Encourage Ventilation
Analysis and Testing Procedures
Seasonally Adjustable Buildings
Requirements and Recommendations
Considerations for Zoned Buildings
Considerations for Seasonably Variable Buildings
Mechanical Systems Integration
Heat Loss through Glazed Areas
Analysis and Testing Procedure
BUILDING DESIGN FEATURES AND PRACTICES
Placing a New Buiiding in a Deveioped Area
Dimensions of the Obstructions
Homogeneity or Variability of Building Height
Orientation of Streets with Regard to Prevailing Winds
Distribution. Size and Details of Planted and Open Areas
Thermal and Other Considerations
Effect of Physical Dimensions of Windbreaks on Sheltered Areas
Effect of Porosity of Windbreaks on Sheltered Areas Wind Incidence
Recommendations for Findbreaks
Recommendations to Avoid Sheltered Areas
Change in the Direction and Velocity of Airflow
Resolving Conflicts between Thermal and Wind Orientations
Building Envelope and Structure
Roof Overhang Effects on RoomVentilation
The Vertical Location in the Wall
Sizing of Openings for Whole-HouseFans
Prediction and Evaluation Methods
Worked Example of the Climate Analysis and Window Sizing Procedure
Typical Layout for Body Cooling in a Warm-Humid Climate
Typical Layout for Structural Cooling in aHot-Dryclimate
Typical Layout in a Composite Climate
Bioclimatic Chart with Base Comfort Zone
Natural Ventilation Design and Analysis Flowchart
Effect of Wind Incidence Angle. and the Length and Shape of Obstructions on Downwind Wake
Building Wakes and Interbuilding Spacing
Building Spacing Configuration and Ventilation Availability
Effect of the Along-wind Depth of Windbreaks on the Sheltered Area
Effect of Wind Incidence Angle on Sheltered Area
Acceleration of Wind Under Trees
Funneling of Air by Landscaping
Building Orientation and Solar Heat Gain
Effects of Wind Incidence Angle on Interior Airflow
Resolving Conflicts Between Thermal and Wind Considerations
Roof Overhang and Room Ventilation
Attic Section with Three Possible Locations for a Radiant Barrier
Effects of Slope on Roof Pressures and Ventilation Characteristics
Roof Ventilators.. Performance of Simple Flat-Plate Ventilators
Wing wall Acting as Air Flow Diverter
wingwali Designs and Their Effects on Interior Air FlowPatterns
Air Flow Patterns and Pressure Zones
Ventilation in Rooms with Openings in One Wall
Air Flow Patterns Through Single Banked Rooms for Various Openings and partitions
Effect of Sill Height on Air Flow and Velocity
Air F i o w Patterns Through Singie Banked Rooms for VariousWindowTypes
Window Shape Performance in Relation to Wind Direction
Effect of Relative Opening Size on Airflow
Best Location for Insect Screening
Possible Combinations of Wall Systems
Solar Shading Masks for Overhangs and Side Fins
The Effects of Horizontal Exterior Shading on Interior Airflow
Effects of Interior Partition Locations on Air FlowPatterns
Air Distribution Patterns for Ceiling Fan
Air Flow from a Whole-House Fan
Reflectance Values of Various Groundcovers
Window Type and Interior Airflow Characteristics
Reduction in Wind Velocity Due to Insect Screens As a Fiinction of 'Incidence Angle
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Natural ventilation engineering architecture hvac