ASHRAEModelling of Heat and Energy Recovery Ventilators in Cold Climates Using EnergyPlus and TRNSYS09/14/202308/24/2023
ASHRAECI-81-03-5 — Reducing the Peaks of Internal Air-Conditioning Loads by Use of Temperature Swings09/14/202308/24/2023
ASHRAESeminar 34 — Thermal and Hydraulic Performance of Low GWP Refrigerants under Flow Condensation09/13/202308/24/2023
ASHRAEC022 — Data-Driven Machine Learning Model Performance of Real Annual Natural Gas Consumption in Residential Buildings09/13/202308/24/2023
ASHRAECH-12-C061 — Performance Evaluation of the Centre for Efficient and Renewable Energy in Buildings09/13/202308/24/2023
ASHRAETO-22-C071 – Sub-slab Thermal Storage System for Coupling to a Heat Pump: Modelling Approach and Simulated Performance09/13/202308/24/2023
ASHRAEC045 — Development of A Hardware-In-the-Loop (HIL) Testbed for Cyber-Physical Security in Smart Buildings09/13/202308/24/2023
ASHRAEVC-21A-C043 – Effectiveness of Advanced Three-Fluid Heat and Mass Exchanger09/13/202308/24/2023
ASHRAEC093 — Comparison of Economizer Control Methods in a Campus Building According to Korean Climatic Conditions09/13/202308/24/2023
ASHRAESeminar 25 — Decarbonizing Campuses Utilizing Heat Pumps and Thermal Energy Storage09/13/202308/24/2023
ASHRAEC046 — Improving the Energy Performance of the Building Envelope Through Factory Produced Wall Panels, Better Windows, and Improved Window-Wall Interface09/12/202308/24/2023
ASHRAESeminar 10 — Smart Buildings as a Transactive Energy Hub: Decarbonizing by Enhancing Building-to-Grid Interactions09/12/202308/24/2023
