AbstractMany buildings physics problems are difficult to evaluate properly without looking at the problem in three dimensions. For instance, it can be difficult to assess moisture transport in a brick masonry wall segment as it consists of a relatively complex system of brick and mortar. Still, most hygrothermal simulations are likely done in 1D or 2D, but development in computer hardware and software makes 3D simulations easier accessible. This paper looks into benchmarking of a hygrothermal simulation model created in the COMSOL Multiphysics software. The results show COMSOL to have promising applicability for 3D hygrothermal simulations
The intention of this project is to analyse the applicability of the programme Comsol Multiphysics f...
\u3cp\u3eBenchmarks are important tools to verify computational models. In the research area of buil...
The hygrothermal performance of building envelope systems is dictated by their responses to combined...
AbstractMany buildings physics problems are difficult to evaluate properly without looking at the pr...
This paper presents the use of the multiphysics package COMSOL for teaching heat and moisture transp...
Benchmarks are important tools to verify computational models. In the research area of building phys...
We use the multiphysics package COMSOL for teaching heat and moisture transport modeling in the rese...
This paper presents a new hygrothermal model (HAMFit) for simulating the transport of heat, air and ...
This book presents a critical review on the development and application of hygrothermal analysis met...
This article examines whether transient two-dimensional simulations are sufficient or three-dimensio...
This book presents the development and evaluation of an integrated heat, air and moisture simulation...
An overall objective of our work is to improve building and systems performances in terms of durabil...
Abstract: Coupled heat, air, and moisture transfers through building envelope have an important effe...
This paper presents an overview of the development and evaluation of integrated heat, air and moistu...
AbstractThe main purpose of this article is an advanced thermal benchmark of COMSOL Multiphysics sim...
The intention of this project is to analyse the applicability of the programme Comsol Multiphysics f...
\u3cp\u3eBenchmarks are important tools to verify computational models. In the research area of buil...
The hygrothermal performance of building envelope systems is dictated by their responses to combined...
AbstractMany buildings physics problems are difficult to evaluate properly without looking at the pr...
This paper presents the use of the multiphysics package COMSOL for teaching heat and moisture transp...
Benchmarks are important tools to verify computational models. In the research area of building phys...
We use the multiphysics package COMSOL for teaching heat and moisture transport modeling in the rese...
This paper presents a new hygrothermal model (HAMFit) for simulating the transport of heat, air and ...
This book presents a critical review on the development and application of hygrothermal analysis met...
This article examines whether transient two-dimensional simulations are sufficient or three-dimensio...
This book presents the development and evaluation of an integrated heat, air and moisture simulation...
An overall objective of our work is to improve building and systems performances in terms of durabil...
Abstract: Coupled heat, air, and moisture transfers through building envelope have an important effe...
This paper presents an overview of the development and evaluation of integrated heat, air and moistu...
AbstractThe main purpose of this article is an advanced thermal benchmark of COMSOL Multiphysics sim...
The intention of this project is to analyse the applicability of the programme Comsol Multiphysics f...
\u3cp\u3eBenchmarks are important tools to verify computational models. In the research area of buil...
The hygrothermal performance of building envelope systems is dictated by their responses to combined...