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This document provides information about a workshop focused on heat and moisture transfer in building envelopes, emphasizing strategies for energy-efficient building design and the use of WUFI software
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How to fill out wufi computer modeling workshop

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How to fill out WUFI COMPUTER MODELING WORKSHOP

01
Access the WUFI software and familiarize yourself with its interface.
02
Gather necessary materials, including building plans and climate data.
03
Open a new project and input the project's geographical location.
04
Define the building structure by entering wall, roof, and foundation details.
05
Input material properties such as thermal conductivity, specific heat, and moisture content.
06
Set the simulation parameters, including time duration and time steps.
07
Run the model and analyze the results for moisture behavior and thermal performance.
08
Review and adjust parameters if needed, and rerun simulations for accuracy.

Who needs WUFI COMPUTER MODELING WORKSHOP?

01
Architects who design energy-efficient buildings.
02
Building engineers focused on moisture management.
03
Researchers studying building physics and indoor climate.
04
Sustainability consultants aiming to improve building performance.
05
Students in architecture or engineering programs seeking practical experience.
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People Also Ask about

WUFI® performs dynamic simulations of coupled heat and moisture transfer. The methods have been validated world wide and provide realistic simulation of hygrothermal conditions in building components and buildings under actual climate conditions.
WUFI, which stands for Wärme Und Feuchte Instationär (German for Heat and Moisture Transient), is a software tool used for analysing the transient hygrothermal behaviour of building components. WUFI Analysis is particularly valuable in assessing how heat and moisture move through building materials over time.
WUFI stands for, in German, “Wärme Und Feuchte Instationär”, which, translated into English, means heat and moisture transiency. This software is a tool for investigating multiple elements of the building envelope as it relates to heat and moisture transport through the wall system.
WUFI® is an acronym for Wärme Und Feuchte Instationär — which, translated, means heat and moisture transiency.
WUFI® Passive is a building energy modeling tool that is part of the WUFI® family of products. It was developed in collaboration with PHIUS in order to create a tool tailored to North American climates and improve the design process for Certified Passive House Consultants (CPHC).
Free Versions Only non-commercial use. Go to "free versions" in our WUFI® Online Shop (registration required).
WUFI® software was developed by the Fraunhofer Institute for Building Physics in Germany and provides detailed heat and moisture calculations based on local climate conditions for building materials, multilayer components and even whole buildings.
WUFI® software was developed by the Fraunhofer Institute for Building Physics in Germany and provides detailed heat and moisture calculations based on local climate conditions for building materials, multilayer components and even whole buildings.

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The WUFI Computer Modeling Workshop is a training program that focuses on the use of the WUFI software for simulating moisture transport and heat transfer in building materials and structures.
Participants who are engaged in building science, architecture, civil engineering, or related fields that require understanding of moisture control and energy efficiency in buildings may be required to file for the WUFI Computer Modeling Workshop.
To fill out the WUFI Computer Modeling Workshop registration, participants should provide personal information, educational background, and any relevant professional experience. Additional details may include the specific topics of interest within the workshop.
The purpose of the WUFI Computer Modeling Workshop is to educate participants on the principles of hygrothermal analysis and to provide hands-on experience in using the WUFI software for effective building design and analysis.
Participants must report information related to their project goals, materials used, climate data, and the results of the moisture and heat simulations during the WUFI Computer Modeling Workshop.
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