ASHRAE

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Low Maintenance, Sustainable Solutions for Chicago Schools
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Low Refrigerant Charge with a Focus on Microchannel Heat Exchangers
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Lower-GWP Refrigerants in Refrigeration
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LV-11-001 — Actual Savings and Performance of Natural Gas Instantaneous Water Heaters
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LV-11-002 — A New Study of Hot-Water Use in Canada
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LV-11-003 — Application of a Linear Input/Output Model to Tankless Water Heaters
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LV-11-004 — Performance Evaluation of Handheld Airflow Instruments Applied to Commercial Kitchen Exhaust Systems
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LV-11-005 — Capture and Containment Ventilation Rates for Double-Island Canopy Hoods
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LV-11-006 — Capture and Containment Ventilation Rates for Single-Island Canopy Hoods
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LV-11-007 — Hot-Water Distribution System Piping Heat Loss Factors – Phase III: Test Results
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LV-11-008 — Hot-Water Distribution System Piping Time,Water, and Energy Waste – Phase III: Test Results
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LV-11-009 — Pilot Phase of a Field Study to Determine Waste of Water and Energy in Residential Hot-Water Distribution Systems
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LV-11-010 — Algorithm for Smoke Modeling in Large,Multicompartmented Buildings – Development of a Hybrid Model
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LV-11-011 — Algorithm for Smoke Modeling in Large Multi-Compartmented Buildings – Implementation of the Hybrid Model
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LV-11-012 — Computer Modeling of Stairwell Pressurization to Control Smoke Movement During a High-Rise Fire
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LV-11-013 — A Methodology for the Comprehensive Evaluation of the Indoor Climate Based on the Human Body Response — Part 1: Environment and Man — Theoretical Principles
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LV-11-014– A Methodology for the Comprehensive Evaluation of the Indoor Climate Based on HumanBody Response — Part 2.1: Hygrothermal MicroclimateEvaluation Based on Human Physiology
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LV-11-015 — Analysis Tools and Guidance Documents for Evaluating and Reducing Vulnerability of Buildings to Airborne Threats – Part 1: Literature Review
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LV-11-016 — Analysis Tools and Guidance Documents for Evaluating and Reducing Vulnerability of Buildings to Airborne Threats – Part 2: Comparison of Tools
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LV-11-017 — Applications of a Simplified Model Calibration Procedure for Commonly Used HVAC Systems
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Low Maintenance, Sustainable Solutions for Chicago Schools

Low Refrigerant Charge with a Focus on Microchannel Heat Exchangers

Lower-GWP Refrigerants in Refrigeration

LV-11-001 — Actual Savings and Performance of Natural Gas Instantaneous Water Heaters

LV-11-002 — A New Study of Hot-Water Use in Canada

LV-11-003 — Application of a Linear Input/Output Model to Tankless Water Heaters

LV-11-004 — Performance Evaluation of Handheld Airflow Instruments Applied to Commercial Kitchen Exhaust Systems

LV-11-005 — Capture and Containment Ventilation Rates for Double-Island Canopy Hoods

LV-11-006 — Capture and Containment Ventilation Rates for Single-Island Canopy Hoods

LV-11-007 — Hot-Water Distribution System Piping Heat Loss Factors – Phase III: Test Results

LV-11-008 — Hot-Water Distribution System Piping Time,Water, and Energy Waste – Phase III: Test Results

LV-11-009 — Pilot Phase of a Field Study to Determine Waste of Water and Energy in Residential Hot-Water Distribution Systems

LV-11-010 — Algorithm for Smoke Modeling in Large,Multicompartmented Buildings – Development of a Hybrid Model

LV-11-011 — Algorithm for Smoke Modeling in Large Multi-Compartmented Buildings – Implementation of the Hybrid Model

LV-11-012 — Computer Modeling of Stairwell Pressurization to Control Smoke Movement During a High-Rise Fire

LV-11-013 — A Methodology for the Comprehensive Evaluation of the Indoor Climate Based on the Human Body Response — Part 1: Environment and Man — Theoretical Principles

LV-11-014– A Methodology for the Comprehensive Evaluation of the Indoor Climate Based on HumanBody Response — Part 2.1: Hygrothermal MicroclimateEvaluation Based on Human Physiology

LV-11-015 — Analysis Tools and Guidance Documents for Evaluating and Reducing Vulnerability of Buildings to Airborne Threats – Part 1: Literature Review

LV-11-016 — Analysis Tools and Guidance Documents for Evaluating and Reducing Vulnerability of Buildings to Airborne Threats – Part 2: Comparison of Tools

LV-11-017 — Applications of a Simplified Model Calibration Procedure for Commonly Used HVAC Systems