Using Digitalization for More Reliable and Less Expensive Building Performance Analysis: Fid-Bau Portal

Fachinformationsdienst BAUdigital

A platform for research: civil engineering, architecture and urbanism

Using Digitalization for More Reliable and Less Expensive Building Performance Analysis

Maurer, C. / Wilson, H.R. / Curcija, D.C. / Kuhn, T.E.

This paper analyses the current state of simulations and proposes ways to reduce the costs and to increase the reliability of building performance analysis. Functions in machine-code can be used to generate automatically simulation models for numerous simulation environments. Simulations models are proposed which adapt their accuracy and can therefore be used from very early up to late stages of the planning process. BIM based on semantic technologies can provide more flexibility and make it easier to find the right components. A semantic international product data base is planned to make it easier for practitioners to identify most suitable product.

Access

Page navigation

Document information

Export, share and cite

Using Digitalization for More Reliable and Less Expensive Building Performance Analysis

Maurer, C. / Wilson, H.R. / Curcija, D.C. / Kuhn, T.E.

This paper analyses the current state of simulations and proposes ways to reduce the costs and to increase the reliability of building performance analysis. Functions in machine-code can be used to generate automatically simulation models for numerous simulation environments. Simulations models are proposed which adapt their accuracy and can therefore be used from very early up to late stages of the planning process. BIM based on semantic technologies can provide more flexibility and make it easier to find the right components. A semantic international product data base is planned to make it easier for practitioners to identify most suitable product.

Using Digitalization for More Reliable and Less Expensive Building Performance Analysis

Maurer, C. / Wilson, H.R. / Curcija, D.C. / Kuhn, T.E.

This paper analyses the current state of simulations and proposes ways to reduce the costs and to increase the reliability of building performance analysis. Functions in machine-code can be used to generate automatically simulation models for numerous simulation environments. Simulations models are proposed which adapt their accuracy and can therefore be used from very early up to late stages of the planning process. BIM based on semantic technologies can provide more flexibility and make it easier to find the right components. A semantic international product data base is planned to make it easier for practitioners to identify most suitable product.

Access

Page navigation

Document information

Export, share and cite

Document information

Title:

Using Digitalization for More Reliable and Less Expensive Building Performance Analysis

Contributors:

Maurer, C. (author) / Wilson, H.R. (author) / Curcija, D.C. (author) / Kuhn, T.E. (author)

Publication date:

2018-01-01

Remarks:

Fraunhofer ISE

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Adaptive Simulation Models , Thermische Kollektoren , Betriebsführung , thermische Komponenten , Building Performance Simulation (BPS) , Photovoltaik , Kälteversorgung , semantic Building Information Modeling (sBIM) , Gebäudetechnik , Machine-Code Functions , Wärmeversorgung , Thermische Systeme , Digitization , Solarthermie , Gebäudehülle , photovoltaische Kraftwerke , Photovoltaische Module , Gesamtenergiekonzept , Gebäudeenergietechnik

Classification:

DDC: 690

Similar titles

Less expensive plan presents better appearance

Engineering Index Backfile | 1938

Less expensive plan presents better appearance

Engineering Index Backfile | 1938

Testing Less Expensive Steel for Bridge Bearings

Stanton J. / Taylor J. C. | NTIS | 2010

More place and less building

Keiding, Martin | Online Contents | 2005

Smaller, Less Expensive Isolators Could Shake Up Home Construction

Hill, David | ASCE | 2016