Thermal Bridge Analysis
Isothermal Analysis, or thermal bridge analysis is a computational technique for assessing temperature distributions in building assemblies, particularly at their junctions. This method is instrumental in understanding and mitigating condensation risks by identifying areas prone to temperature-induced moisture accumulation. It involves calculating Psi values, which measure heat loss at building junctions, and fRSI values, which assess the risk of surface condensation. By optimizing these values, the analysis aids in enhancing a building's energy efficiency and durability. Our approach integrates isothermal analysis with building science, focusing on design and material improvements to achieve superior thermal performance and setting higher standards in building quality.
Scope of Services
Material Research
Research and compile data on thermal properties of construction materials used in the project.
Assess material compatibility and thermal conductivity for accurate modeling.
Model Generation in Flixo
Develop detailed isothermal models of building details using Flixo.
Incorporate specific construction methodologies and materials into the model for precise analysis.
Deliverables
Summary Report
Comprehensive report detailing the methodology, assumptions, and findings.
Inclusion of thermal bridge analysis and potential impact on building performance.
Output Reports
Detailed reports showing calculated Psi-values (Linear Thermal Transmittance) and fRSI values (Temperature Factor), essential for assessing the risk of surface condensation and mold growth.
Visualization of thermal bridges and isotherms
Compliance Assessment with Clause E3 of NZBC
Evaluate the building's thermal performance in the context of NZBC requirements.
Recommendations for improvement, if necessary, to meet the compliance standards.
Isothermal Analysis, or thermal bridge analysis is a computational technique for assessing temperature distributions in building assemblies, particularly at their junctions. This method is instrumental in understanding and mitigating condensation risks by identifying areas prone to temperature-induced moisture accumulation. It involves calculating Psi values, which measure heat loss at building junctions, and fRSI values, which assess the risk of surface condensation. By optimizing these values, the analysis aids in enhancing a building's energy efficiency and durability. Our approach integrates isothermal analysis with building science, focusing on design and material improvements to achieve superior thermal performance and setting higher standards in building quality.
Scope of Services
Material Research
Research and compile data on thermal properties of construction materials used in the project.
Assess material compatibility and thermal conductivity for accurate modeling.
Model Generation in Flixo
Develop detailed isothermal models of building details using Flixo.
Incorporate specific construction methodologies and materials into the model for precise analysis.
Deliverables
Summary Report
Comprehensive report detailing the methodology, assumptions, and findings.
Inclusion of thermal bridge analysis and potential impact on building performance.
Output Reports
Detailed reports showing calculated Psi-values (Linear Thermal Transmittance) and fRSI values (Temperature Factor), essential for assessing the risk of surface condensation and mold growth.
Visualization of thermal bridges and isotherms
Compliance Assessment with Clause E3 of NZBC
Evaluate the building's thermal performance in the context of NZBC requirements.
Recommendations for improvement, if necessary, to meet the compliance standards.
Isothermal Analysis, or thermal bridge analysis is a computational technique for assessing temperature distributions in building assemblies, particularly at their junctions. This method is instrumental in understanding and mitigating condensation risks by identifying areas prone to temperature-induced moisture accumulation. It involves calculating Psi values, which measure heat loss at building junctions, and fRSI values, which assess the risk of surface condensation. By optimizing these values, the analysis aids in enhancing a building's energy efficiency and durability. Our approach integrates isothermal analysis with building science, focusing on design and material improvements to achieve superior thermal performance and setting higher standards in building quality.
Scope of Services
Material Research
Research and compile data on thermal properties of construction materials used in the project.
Assess material compatibility and thermal conductivity for accurate modeling.
Model Generation in Flixo
Develop detailed isothermal models of building details using Flixo.
Incorporate specific construction methodologies and materials into the model for precise analysis.
Deliverables
Summary Report
Comprehensive report detailing the methodology, assumptions, and findings.
Inclusion of thermal bridge analysis and potential impact on building performance.
Output Reports
Detailed reports showing calculated Psi-values (Linear Thermal Transmittance) and fRSI values (Temperature Factor), essential for assessing the risk of surface condensation and mold growth.
Visualization of thermal bridges and isotherms
Compliance Assessment with Clause E3 of NZBC
Evaluate the building's thermal performance in the context of NZBC requirements.
Recommendations for improvement, if necessary, to meet the compliance standards.