Artificial intelligence (AI) policy: ASHRAE prohibits the entry of content from any ASHRAE publication or related ASHRAE intellectual property (IP) into any AI tool, including but not limited to ChatGPT. Additionally, creating derivative works of ASHRAE IP using AI is also prohibited without express written permission from ASHRAE. For the full AI policy, click here. 

Close
logoShaping Tomorrow’s Global Built Environment Today
Did you find what you were looking for? Let us know along with any questions or feedback. 
Email communications@ashrae.org

Visit ASHRAE’s Bookstore or Technology Portal to search directly with site-specific search options.

Search Results for: heating floor

1030 postsRefine Results

Using Radiant Floor Heating Systems for Efficient Residential Heating

Learn more about Using Radiant Floor Heating Systems for Efficient Residential Heating at ashrae.org

Radiant Floor Heating In Theory and Practice

Journal

During the last two decades, radiant floor heating applications have increased significantly. In Germany, Austria and Denmark, 30% to 50% of new residential buildings have floor heating. In Korea, about 90% of residences are heated by underfloor systems.

Time-Lag Analysis of PCM in Floor Radiant Heating System

Papers

Time-Lag Analysis of PCM in Floor Radiant Heating System

C106 - Optimizing Comfort And Energy-saving Performance Of Floor Heating System Focusing On The Time Dependence Of Thermal Sensation ✓ Most Recent

Conference Proceeding

C106 - Optimizing Comfort And Energy-saving Performance Of Floor Heating System Focusing On The Time Dependence Of Thermal Sensation

C106 - Optimizing Comfort And Energy-saving Performance Of Floor Heating System Focusing On The Time Dependence Of Thermal Sensation ✓ Most Recent

C106 - Optimizing Comfort And Energy-saving Performance Of Floor Heating System Focusing On The Time Dependence Of Thermal Sensation

Hydronic Heating: Two Systems Compared

Journal

This article is a case history of an addition to an existing house. The project was designed and built in 1995-1996. It presents a practical engineering analysis intended for fellow practicing engineers. The article explores the design criteria and analysis that led to the choice of a hybrid (in-floor radiant/baseboard) hydronic heating system for the addition. After describing some coordination and installation considerations for various in-floor heating designs, it presents measured performance data from a side-by-side comparison of radiant and baseboard heat on the project. The article concludes with a summary of lessons learned and what in-floor radiant heat can and cannot do.

Methodology for Design and Predictive Control of Zones with STPV Windows, Motorized Venetian Blinds, and Hydronic Floor Heating for Net-Zero Energy Buildings

Papers

Methodology for Design and Predictive Control of Zones with STPV Windows, Motorized Venetian Blinds, and Hydronic Floor Heating for Net-Zero Energy Buildings

C105 - Development of A Design Method to Enhance Actual Energy Performance of Energy Recovery Ventilators in Buildings ✓ Most Recent

Conference Proceeding

C105 - Development of A Design Method to Enhance Actual Energy Performance of Energy Recovery Ventilators in Buildings

C105 - Development of A Design Method to Enhance Actual Energy Performance of Energy Recovery Ventilators in Buildings ✓ Most Recent

C105 - Development of A Design Method to Enhance Actual Energy Performance of Energy Recovery Ventilators in Buildings

C068 -- Methodology for Design and Predictive Control of Zones with STPV Windows, Motorized Venetian Blinds, and Hydronic Floor Heating for Net-Zero Energy Buildings

Conference Proceeding

C068 -- Methodology for Design and Predictive Control of Zones with STPV Windows, Motorized Venetian Blinds, and Hydronic Floor Heating for Net-Zero Energy Buildings


Close