Lehrstuhl für Computergestützte Modellierung und Simulation
Ingenieurfakultät Bau Geo Umwelt
Technische Universität München

Research Projects

3D/4D Building Information Modeling & Processing

Methods for creating digital twins of car manufacturing plants ongoing
Deep Linkage between Building Information Models and Digital Drawings ongoing
Development of a multi-LOD data model representing buildings at different phases ongoing
BIMsite finished
progressTrack - Automated progress monitoring finished
Visual Code Compliance Checking finished
Spatio-Temporal Query Language for Verifying and Analyzing 4D Building Information Models finished
Modeling of the TUM City-Campus finished

Simulation in Applied Mechanics

 Additive Manufacturing - Process Simulation  ongoing
Constructive Solid Geometry, B-Rep and V-Rep Analysis  
Additive Manufacturing in Construction - The Challenge of Large Scale  
Efficient Parallel Computations for the Finite Cell Method  
Structural Properties of Additively Manufactured Metal Parts by Homogenization  
Numerical Analysis of Human Vertebrae  
Image-Based Finite Element Analysis  
BIM-Coupled Vibroacoustic Simulation  
Fracture Mechanics  
Non-Destructive Testing Using Full Wave Form Inversion  

Building Information Modeling in Infrastructure

RIMcomb ongoing
Begleitung der Entwicklung IFC-Road / IFC-Rail ongoing
INFRABIM ongoing
IfcBridge ongoing
Open Infra Platform finished
SEEbridge - Semantic Enrichment Engine for Bridges finished
3D Tracks finished
ASt: Analyse von Einsatzmöglichkeiten von Linked Data und Ontologien und Semantic Web im Bereich des Straßenwesens finished
KBE4Infra - Wissensbasierte Konstruktion von Infrastrukturbauwerken finished
Machbarkeitsstudie BIM für Bestandsbrücken finished
IfcTunnel proposal finished
IfcAlignment finished

Construction Simulation and Optimization

Bauablaufsimulation und -animation für die Planung von Brückenbauvorhaben finished
FAUST - Simulation during construction finished
ForBAU - the virutal construction site finished

Pedestrian Dynamics

AHEAD: Automatic extraction of simulation requirements for pedestrian simulation from building information models ongoing
MomenTUM v2 pedestrian simulator finished
MultikOSi – Support systems for urban events: Multicriterial integration for openness and safety finished
REPKA - Interactive pedestrian simulation for regional evacuation finished

Lehrstuhl für Computergestützte Modellierung und Simulation

Prof. André Borrmann

Technische Universität München
Arcisstr. 21
80333 München

Tel.: +
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