Deliverable 4.4 Risk Management
ASHVIN WP4 “Control and real-time simulation of construction” develops applications for better managing and controlling construction site activities using digital twin data. This includes data-driven risk management procedures allowing construction managers to manage risks stochastically and a configuration management method that allows them to constantly control whether the as-built progress still reflects the as-designed progress. […]
Deliverable 5.3 “A set of KPIs to plan a safe risk-based maintenance”
ASHVIN WP5 “Digital twin based structural monitoring and asset management” focus on establishing a real-time connection between physical infrastructures and virtual yet realistic numerical models of such assets for the purpose of supporting maintenance and asset management tasks. Deliverable 5.3 entitled “A set of KPIs to plan a safe risk-based maintenance”. This report is related […]
Deliverable 5.2 “ Digital-Twin Enabled multi-physics simulation and model matching”
ASHVIN WP5 “Digital twin based structural monitoring and asset management” focus on establishing a real-time connection between physical infrastructures and virtual yet realistic numerical models of such assets for the purpose of supporting maintenance and asset management tasks. Deliverable 5.2 entitled ”Digital-Twin enabled multi-physics simulation and model matching” was submitted in April 2023 under this […]
D4.6 Visualizing and Dashboarding Construction Activities Based on Digital Twin Data
ASHVIN project’s work package WP4 “Control and real-time simulation of construction”, develops applications for better managing and controlling construction site activities using digital twin data. The final objective of this work package is to develop accurate data and 4D-based visualizations, including a dashboard to allow site managers to understand, control, and manage construction sites under […]
D2.3: Parametric design to optimize productivity, resource efficiency, and safety
The ASHVIN work package (WP) 2 “Design for productivity and safety” develops possibilities to allow designers and engineers to account for the aspects of productivity, resource efficiency, and safety early in the design phase, allowing for the use of digital twin technology at the start of the product development lifecycle. Deliverable 2.3 “Parametric design to […]
D3.2 Digital Twin-based Geo-Monitoring
The ASHVIN Work Package (WP3) “Data fusion for real-time construction monitoring” establishes novel algorithms for extracting the required features to be mapped from the real world to the simulated reality. Deliverable 3.2 entitled “ Digital Twin-based Geo-Monitoring” is one of the public technical deliverables of this WP. It is linked to task 3.3 Geo-Monitoring led […]
D4.5 Virtual Commissioning Model
ASHVIN WP4 “Control and real-time simulation of construction” develops applications for better managing and controlling construction site activities using digital twin data. Deliverable 4.5 entitled “Virtual Commissioning Model ”was published in September 2022 along with 11 other technical deliverables defining the ASHVIN system. It is related to task 4.5 Configuration Management led by DTT. This […]
D4.3 Digital Twin Supported Lean Project Planning, Control and Risk Management
ASHVIN WP4 “Control and real-time simulation of construction” develops applications for better managing and controlling construction site activities using digital twin data. Deliverable 4.4 entitled “Digital Twin supported lean project planning, control and risk management ”was published in September 2022 along with 11 other technical deliverables defining the ASHVIN system. It is related to task […]
D4.2 Discrete Event Simulation Formalism for Productive, Resource Efficient, and Safe Construction Planning
ASHVIN WP4 “Control and real-time simulation of construction” develops applications for better managing and controlling construction site activities using digital twin data. Deliverable 4.2 entitled “Discrete event simulation formalism for productive, resource efficient, and safe construction planning” was published in September 2022 along with 11 other technical deliverables defining the ASHVIN system. It is related […]
D3.3 Data Fusion Methods and Digital Twin-Based IoT Data Processing Pipelines
ASHVIN WP3 “Data fusion for real-time construction monitoring” develops novel algorithms for extracting the required features that are mapped from the real world to the simulated reality. Deliverable 3.1 entitled “Data Fusion Methods and Digital Twin-Based IoT Data Processing Pipelines” was published in September 2022 along with 11 other technical deliverables defining the ASHVIN system. […]
