Forschungsprojekte

AI-Fleet

AI-Driven Multi-Robot Fleet Manager for Planning and Control in Construction

Weiterlesen

CARE-DS&DIVE

Towards a Fully-integrated, Interoperable, and Semantically Annotated CARE Data Model

Weiterlesen

CoHManD

Cognitive Construction via Human-Machine Dialogue for Relevant and Minimum Information and Acceptance

Weiterlesen

D-CONFORM

Digital Construction Using Reinforced Low-Carbon Mineral Foam

Weiterlesen

D-DREAM

Data-Driven Engineering Process Chains for Automated Pre-fabrication with Novel Construction Materials

Weiterlesen

DIATOM

Biohybrid concrete composites with diatom- functionalised fibre-reinforcement

Weiterlesen

E-Cem

Electrochemical manufacturing and reactivation of cementitious binders

Weiterlesen

EMBED

Experience-Enhanced Material-Efficient Generative Bridge Design

Weiterlesen

FRAME

Fiber Reinforced Additive Manufactured Earth

Weiterlesen

GeoSAP

Geometric and Semantic Analysis of Unstructured 3D Point Clouds

Weiterlesen

HoriBri

Horizontal Bricks: Digitally Fabricated Interlocking Floor Slabs

Weiterlesen

MIBLiT

Minimal-invasive Verstärkung von Brücken unter Verkehrslast

Weiterlesen

Pro-Reuse

Process-Ontology – Characterisation of Reuse

Weiterlesen

RoboShell

Scaffold-Free Robotic Assembly of Modular Concrete Shells

Weiterlesen

SHAPE

Smart Hydration Assessment and Prediction of Enhanced Low-Clinker Cements

Weiterlesen

SlAsh-CO2

Use of slags and ashes as CO2 sink and SCM – Part 1: Lignite fly ash

Weiterlesen

STAR

Smart Textile Reinforcements for Multi-Modal Lifetime Monitoring and Adaptive Concrete Strengthening

Weiterlesen

SustainFrame

Theoretical and methodological advancements towards an integrated sustainability assessment framework

Weiterlesen

UpComp

Polymer Upcycling and Fiber recovery of fiber reinforced composites from the building sector

Weiterlesen