Content Description

• ST-16-C001 - Modeling and Analysis of Bubble Pump Parameters for Vapor Absorption Refrigeration Systems / 2016
• ST-16-C002 - Experimental Investigation on the Surface Tension of LiBr/H2O Solutions with Additives at Low Pressure / 2016
• ST-16-C003 - Experimental Study on Ventilation Requirements of Exhaust Hoods for Multiple Cooking Appliances / 2016
• ST-16-C004 - Analysis of Contaminant Flow Path and Laboratory Ventilation Effectiveness / 2016
• ST-16-C005 - A Hybrid Turbulence Model Coupling Strategy for CFD Simulation of a Data Center Model / 2016
• ST-16-C007 - Development and Testing of Building Energy Model Using Non-Linear Auto Regression Neural Networks / 2016
• ST-16-C008 - Gaussian Process Baseline Regression Models in Industrial Facilities / 2016
• ST-16-C009 - Passively Cooling Water below the Ambient Temperature During the Day via Radiative Sky Cooling / 2016
• ST-16-C010 - Analysis of Radiant Cooling System Configurations Integrated with Cooling Tower for Different Indian Climatic Zones / 2016
• ST-16-C011 - Simulation Study of Discharging PCM Ceiling Panels through Night-time Radiative Cooling / 2016
• ST-16-C012 - Benefits of Interior Installed High-Performance Insulating Glass for Commercial Retrofit Applications: A Case Study / 2016
• ST-16-C013 - Occupant Preferences and Satisfaction with the Visual Environment in Perimeter Zone Offices: A Pilot Field Study / 2016
• ST-16-C014 - Practical Approach and Method of Demand Control Ventilation in an Animal Facility which Achieves 50% HVAC Energy Saving / 2016
• ST-16-C015 - Mechanical Ventilation and Air Conditioning for Underground Science Facility / 2016
• ST-16-C016 - Decreasing the Primary Energy Demand in the Plastics Industry by Modifying and Linking Energy Flows / 2016
• ST-16-C017 - Demonstration of Energy Saving and Control Performance of Tiered Trim and Respond Method for VAV System Static Pressure Reset / 2016
• ST-16-C018 - SMART Building Model Predictive Control of an Aquifer Thermal Energy Storage / 2016
• ST-16-C019 - Minimizing Primary Energy Consumption in District Cooling System: A Showcase of the Impact of Online Optimization Control / 2016
• ST-16-C020 - Improving Valve Operation Using Cascade Control in Single-Zone Air-Handling Units / 2016
• ST-16-C021 - No-Cost Air-Conditioning System Diagnostics Using Fundamental Equations and Existing Controls / 2016
• ST-16-C022 - Handling Discrepancies in Building Reactive Management using HAZOP and Diagnosis Analysis / 2016
• ST-16-C023 - Evaluation of Fault Detection and Diagnosis Methods for Air and Water Distribution Systems / 2016
• ST-16-C024 - Smart Building Systems Help Maintain the Sustainable Edge of an Award-Winning Laboratory / 2016
• ST-16-C025 - Hybrid Ground-Source Heat Pumps: Life-Cycle Costs Compared to Nonhybrids / 2016
• ST-16-C026 - Operational and Economic Analysis of GSHP Coupled with Refrigeration Systems in UK Supermarkets / 2016
• ST-16-C027 - Accounting for Borehole Thermal Capacity when Designing Vertical Geothermal Heat Exchangers / 2016
• ST-16-C028 - A Simple Process for Testing the Properties of the Ground for the Design of Geothermal Heat Pump Systems / 2016
• ST-16-C029 - Pre-Retrofit Assessment of Thermal Comfort and Excess Moisture in Post-War Multi-Unit Residential Buildings in Toronto / 2016
• ST-16-C030 - Development and Use of the Energy Model of a Research and Demonstration House with Advanced Design Features / 2016
• ST-16-C031 - Verification of the Accuracy of Airflow Measurement Using the Multinozzle Chamber Method / 2016
• ST-16-C032 - A Method of Efficacy Estimation for ECM Blowers in Residential Gas Furnaces by Using Blower Rotational Speed / 2016
• ST-16-C033 - Uncertainty Studies of Airflow Measurements in Non-Ideal Conditions in Variable-Air-Volume Air-Handling Units / 2016
• ST-16-C034 - GreenHP: Design and Performance of the Next Generation Heat Pump for Retrofitting Buildings / 2016
• ST-16-C035 - Opportunities and Obstacles in Residential, Fuel Cell Based, Micro-CHP: A Review and Analysis / 2016
• ST-16-C036 - Optimal Technology Selection and Operation of Biomethane CHP Units for Commercial Buildings / 2016
• ST-16-C037 - An Agent-Based Occupancy Simulator for Building Performance Simulation / 2016
• ST-16-C038 - An Evaluation of Recent Models in Demand-Side Flexibility: The Case of Thermal Comfort Systems in Office Buildings / 2016
• ST-16-C039 - Thermal Comfort and Perception Inside Air-Conditioned Areas / 2016
• ST-16-C040 - Minimum Ventilation Requirements in Operating and Procedure Rooms: A Comparison of International Standards / 2016
• ST-16-C041 - Minimum Ventilation Requirements in Patient Areas: A Comparison of International Standards / 2016
• ST-16-C042 - Application of Health-Care Ventilation Standards to Outpatient Facilities / 2016
• ST-16-C043 - Business Development: The Red-Headed Stepchild of Successful Engineering Business Practices / 2016
• ST-16-C045 - Competences beyond Engineering: A Mental Model of Conceptual Building Design / 2016
• ST-16-C047 - Achieving Comfort and Energy Savings with Desiccant Technologies: Dry and Liquid Desiccant DOAS Designs / 2016
• ST-16-C048 - A Variable Volume and Temperature (VVT) Control Strategy for a Liquid-Desiccant and Dew-Point Evaporative Cooler-Assisted 100% Outdoor Air System (LDEOS) / 2016
• ST-16-C049 - Energy Performance of a Liquid Desiccant and Evaporative Cooling-Assisted 100% Outdoor Air System in Commercial Ships / 2016
• ST-16-C050 - Actual Energy Performance of Small Office and K-12 School Buildings Designed to Meet the 30% ASHRAE Advanced Energy Design Guides / 2016
• ST-16-C051 - Developing Benchmarks for U.S. Army Buildings Using Data from the Metering Data Management System / 2016
• ST-16-C052 - Variations in Use of Household Electricity between Years: Measurements in 539 Apartments During Six Years / 2016
• ST-16-C053 - Correlations Between Apartment Occupancy Levels and Use of Household Electricity and Domestic Hot Water / 2016
• ST-16-C054 - Fine Particulate and Chemical Emissions from Desktop 3-D Printers / 2016
• ST-16-C055 - Field Investigations of Nanoscale Particle Dispersion and Deposition Emitted from 3-D Printers in Ventilated Spaces / 2016
• ST-16-C056 - Bounding Limitations in the Practical Design of Adsorption Heat Pump Water Heaters / 2016
• ST-16-C057 - Energy Factor Analysis for Gas Heat Pump Water Heaters / 2016
• ST-16-C058 - Impact on Water Heater Performance of Heating Methods that Promote Tank Temperature Stratification / 2016
• ST-16-C059 - Solar Hybrid and Geothermal Combined: New System Solution / 2016
• ST-16-C060 - Energy Performance of Concrete Earth Tubes for Ventilation Air Preheating and Precooling in Cold Climates / 2016
• ST-16-C061 - Expansion in Number of Parameters: Simulation of Energy and Indoor Climate in Combination with LCA / 2016
• ST-16-C063 - Measured Performance of a High-Temperature Heat Pump with HFO-1336mzz-Z as the Working Fluid / 2016
• ST-16-C064 - Performance of a 4-RT RTU with R-410A Low-GWP Alternatives / 2016
• ST-16-C065 - Drop-In Tests and Simulation Results of R-410A and Blends in an R-32-Dedicated Minisplit Air Conditioner / 2016
• ST-16-C066 - Performance of R-410A Alternative Refrigerants in a Reciprocating Compressor Designed for Air-Conditioning Applications / 2016
• ST-16-C067 - Hot-Surface Ignition Testing for 2L Class Refrigerants / 2016
• ST-16-C068 - Evaluation of Variable Refrigerant Flow Systems with Comparisons to Traditional HVAC Systems: System Design Comparisons / 2016
• ST-16-C069 - Hybrid Approaches to HVAC Systems Design of a R&D Complex to Achieve Green Building Certification and Optimal Comfort / 2016
• ST-16-C070 - Energy and Exergy Performances of Air-Based versus Water-Based Heating and Cooling Systems: A Case Study of a Single-Family House / 2016
• ST-16-C071 - Enhancing Mechanical Engineering Productivity with BIM / 2016

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About ASHRAE

ASHRAE, founded in 1894, is a building technology society with more than 50,000 members worldwide. The Society and its members focus on building systems, energy efficiency, indoor air quality and sustainability within the industry. Through research, standards writing, publishing and continuing education, ASHRAE shapes tomorrow’s built environment today.

ASHRAE was formed as the American Society of Heating, Refrigerating and Air-Conditioning Engineers by the merger in 1959 of American Society of Heating and Air-Conditioning Engineers (ASHAE) founded in 1894 and The American Society of Refrigerating Engineers (ASRE) founded in 1904.