C. Franzen, S. Fuchs, A. -H. Hamdan, K. Hiemann, P. Katranuschkov, K. Luig, D. Mustedanagic, R. Schülbe, M. Seeaed, R. J. Scherer: BIM-SIS Adaptive Knowledge Based System for Identification of Stone Damages in Building Information Modeling Working Environment.. In: Monument Future – Decay and Conservation of Stone – Proceedings of the 14th international Congress on the Deterioration and Conservation of Stone, 2020.

Abstract

Modern as well as historic buildings with façades out of natural stone material require maintenance, repair und retrofit works after several decades. Nowadays such building works are to be projected, planned, conducted and cleared with instrumentation of Building Information Modeling (BIM). A novel, knowledge-based stone damage identification system focused on natural stone damage due to the natural aging process is developed. In process consists of three stages (1) identifying damage types, (2) merging them into damage systems and (3) breaking them down to stone dimensions and joints, completing the damage profile. New BIM processes are develop to facilitate individual steps of damage phenomena und damage cause identification. This is achived by a continuous interoperable digital construction representation consisting of separate but interlinked domain models. This will be continued for remediation execution management and augmented with a dynamic multi-model methodology so that defects detected later during execution can simply be incorporated without problem. BIM-SIS (Schadens Identifikations System) is an adaptive knowledge based information system for identification of stone damages for the rehabilitation of stone building components with feedback on bidding and change management embedded in BIM processes.

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    @article{Franzen2020,
title = {BIM-SIS Adaptive Knowledge Based System for Identification of Stone Damages in Building Information Modeling Working Environment.},
author = {C. Franzen and S. Fuchs and A. -H. Hamdan and K. Hiemann and P. Katranuschkov and K. Luig and D. Mustedanagic and R. Schülbe and M. Seeaed and R. J. Scherer},
editor = {Middendorf Siegesmund},
year  = {2020},
date = {2020-12-31},
urldate = {2020-12-31},
journal = {Monument Future – Decay and Conservation of Stone – Proceedings of the 14th international Congress on the Deterioration and Conservation of Stone},
abstract = {Modern as well as historic buildings with façades out of natural stone material require maintenance, repair und retrofit works after several decades. Nowadays such building works are to be projected, planned, conducted and cleared with instrumentation of Building Information Modeling (BIM). A novel, knowledge-based stone damage identification system focused on natural stone damage due to the natural aging process is developed. In process consists of three stages (1) identifying damage types, (2) merging them into damage systems and (3) breaking them down to stone dimensions and joints, completing the damage profile. New BIM processes are develop to facilitate individual steps of damage phenomena und damage cause identification. This is achived by a continuous interoperable digital construction representation consisting of separate but interlinked domain models. This will be continued for remediation execution management and augmented with a dynamic multi-model methodology so that defects detected later during execution can simply be incorporated without problem. BIM-SIS (Schadens Identifikations System) is an adaptive knowledge based information system for identification of stone damages for the rehabilitation of stone building components with feedback on bidding and change management embedded in BIM processes.},
keywords = {BIM, BIM-SIS},
pubstate = {published},
tppubtype = {article}
}