Skip to content
Virtual City Model
The future is here!
LCA 23/24
Group A
Integration Context
Highway pavement
Multi-Story Building
Social Housing Building
Life-Cycle Analysis
Maintenance Planning
Multi-Objective Optimization
Group B
Integration Context
Transversal Beam – Multipurpose Sports Hall
Pavement – Road
Exterior Wall – Multi-Family House
Window – Timber Room Module
Interior Wall – Educational Building
HVAC System – Hotel
Maintenance Strategies
Life Cycle Analysis
Multi Objective Optimization
Group C
Introduction
Integration Context of the Civil Systems
Multi Story Building
Office Building
Railway
Road
Timber Framed Residential Houses
Community Multi-Purpose Building
Integrated Maintenance Planning
Life Cycle Analysis
Multi-Objective Optimization
Group D
Integration Context of the Civil Systems
Bamboo Walls
Floor System
RC Columns
Road Pavement System
Tunnel System
Integrated Maintenance Planning
Life Cycle Inventory
Multi-Objective Optimization
Conclusion
Group E
Individual Systems
HVAC System
Offshore Wind Turbine
Pavement
Reinforced Concrete Column
Life Cycle Analysis
Maitenance Strategies
Multi Objective Optimization
Group F
Introduction
Integration Context of the System
Pipeline Mixer
Pavement
Pool (Reservoir)
Retaining Wall
Cut Off Wall
Concrete Beam
Maintenance Planning
Life Cycle Analysis
Multi-Objective Optimization
Group G
1. Introduction
2. Integration Context of the Civil Systems
Bored piling system
Frame Structure Building – Beam
Private concrete villa – Concrete Slab
Railway System
Steel structured factory – Roof purlins
3. Integrated Maintenance Planning
4. Life Cycle Analysis
5. Multi-Objective Optimization
LCA 24/25
Group A
1. Integration Context
Highway Pavement System(Pavement)
Stormwater Drainage(Pipes)
Wastewater Treatment / Sludge Digester
2. Maintenance Strategies
3. Life Cycle Analysis
4. Multi-Objective Optimization
Group B
1. Introduction
2. Integration Context
Multi-story-RC-Residential Building
One-story-RC-Residential Building – Slab
3. Integrated Maintenance Planning
4. Life Cycle Inventory and Analysis of Integrated Civil Systems
5. Multi-Objective Optimization
Group C
1. Introduction
2. Integration Context
3. Individual Systems in the Integration Context
3a. Offshore Structure
3b. Wind Turbine
3c. Breakwater
4. Integrated Maintenance Strategy
5. Life Cycle Analysis
6. Multi-Objective Optimization
Group D
1. Introduction
2. Integration Context of the Civil Systems
Office Building (Reinforced Concrete)
Residential Building (Steel)
Student Dormitory (Timber)
3. Integrated Maintenance Planning
4. Life-Cycle Analysis
5. Multi-Objective Optimization
6. Engineering Reflections and Recomendations
Group E
Introduction
Integration Context of Civil Systems
Steel Liquid Storage Tank
Water Distribution Network
Dam
Primary Sedimentation Tank/Wastewater Treatment
Maintenance Strategies
Life Cycle Analysis
Multi-Objective Optimization
Group F
System Integration
Road Tunnel
Sewer Network
Warehouse
Integrated Maintenance Planning
Combined Life Cycle Assessment Analysis
Multi-Objective-Optimization
Coding Challenge
Conclusion & Future Work
Group G
1.Introduction
2.Integration Context
System 1: Concrete Building – Concrete Slab Maintenance
System 2: High-Rise Building – Slab and Façade Maintenance
System 3: Building Facilities – Rooftop of Water Tank
System 4: Residential Building – Rooftop Maintenance
3. Integrated Maintenance Strategies
4.Life Cycle Inventory and Data Analysis
5.Multi-Objective Optimization
6. Conclusion
Group H
1. Introduction
2. Integration Context of the Civil Systems
Office Building – Columns
Office Building – Facade
Road
3. Maintenance Strategies
4. Life Cycle Analysis
5. Multi-Objective Optimization
Group I
1. Introduction.
2. Individual Civil Systems.
1. Residential Building (Columns).
2.District Heating Systems with Pipes and Heat Sources
3. Integration Of Systems.
4. Integrated Maintenance Strategies.
5. Life Cycle Analysis.
6. Multi-Objective Optimization.
LCA 25/26
Group A
Introduction
Integrated System
Building
Offshore Wind Turbine I with Gravity-based Foundation (OWT 1)
Offshore Wind Turbine II with Jacket-based Foundation (OWT 2)
Parking Deck
Raft Mat Foundation
Maintenance Strategies
Life Cycle Analysis & Inventory
Multi-Objective Optimization
Conclusion and Limitations
Group B
1. Introduction
2. Integration Context
Boiler
concrete stairs
floor
Partition Wall
Railway bridge
3. Maintenance Strategies
4. Life-cycle Analysis
5. Multi-Objective Optimizatin
6. References
Group C
System Definition & Integration Context
Integration Scenario 1
Maintenance Parameter 1
Results Analysis 1
Optimum Maintenance Strategy 1
LCA & Multi-Objective Analysis 1
Integration Scenario 2
Maintenance Parameter 2
Results Analysis 2
Optimum Maintenance Strategy 2
LCA & Multi-Objective Analysis 2
Integration Scenario 3
Maintenance Parameter 3
Results Analysis 3
Optimum Maintenance Strategy 3
LCA & Multi-Objective Analysis 3
Integration Scenario 4
Maintenance Parameter 4
Results Analysis 4
Optimum Maintenance Strategy 4
LCA & Multi-Objective Analysis 4
Discussion & Conclusion
Appendix
Group D
Introduction
Integration Context
Concrete Sidewalk
Multi-Story Parking Structure
Nuclear Containment Plant
Tunnel Lining
Maintenance Strategies
Automated Optimization of Maintenance Planning Strategies
Extension of the Most Recurrent Maintenance Interval
Harmonization of Surface Repair Intervals Across Subsystems
Independent System Planning
Minimum-Interval Synchronization of All Maintenance Interventions
Reduction of the Most Recurrent Maintenance Interval
LifeCycle Analysis
Multi-Objective Optimization – Conclusion
References
Group E
Introduction
Integrated Residential–Industrial Infrastructure System
Gravity Sewer Pipeline
RCC Tank
Residential Home Foundation
Roads
Steel warehouse structure
Maintenance Strategies
Life Cycle Analysis
Multi-Objective Optimization
Group F
1.Introduction
2.Individual Systems
Curved Highway Pavement
Drinking Water Distribution Mains
Smart Stormwater Manhole Management System
Smart-City DN300 Pipeline
Water Supply System
3.Integration Context
4.Integrated Maintenance
5. Life-Cycle Analysis
6. Multi-Objective Optimization
Group G
Individual Systems
Climate Responsive Asphalt Pavement System (CRAPS)
Highway Pavement System
Road Slab System
Urban Asphalt Pavement System
Urban Road System
Integration Context
Maintenance Planning
Maintenance Timelines
Scenarios Exploration
Sustainability Assessment (LCA)
System (Multi-Objective) Optimization
Group H
1. Introduction
2. Integration Context
3. Maintenance Planning
4. Life-Cycle Analysis
5. Objective Optimization
6. Conclusion
LCA WS 22/23
Group A
1. Integration Context
Central Heating System
Concrete Retaining Wall
Hydropower Dam (Barrier structure)
Offshore Wind Turbine
PV-System
2. Maintenance Planning
3. Life Cycle Analysis
4. Multi-Objective Optimization
Group B
R code ( Group B)
Integration Context
Residential Apartment Building
Steel Bridge
Subway System
Water Distribution System
Maintenance Strategies
Life Cycle Analysis
Multi-Object Optimization
Group C
#11823 (no title)
Individual Systems
Bridge
Railway Track
Water Pipeline
Life Cycle Analysis and Inventory
Maintenance Strategies
Multi-Objective Optimization
Scope & Integration Context of the Civil Systems
Group D
Introduction
Integration Context of the Civil Systems
Cultural Heritage Structure
High-Rise Building
Kindergarden
Timber Bridge Railing System
Water Distribution Network
Maintenance Strategies
Life Cycle Analysis
Multi-Objective Optimization
Group E
Integration Context of the Civil Systems
Steel Bridge
Timber Bridge
Airport Pavement
Multistorey Building
PV-Panels
Maintenance Strategy
LCA
Multi-Objective Optimization
Group F
1. Integration context of the civil systems
Earth Rock Dam
Highway Bridge
Pavement Overlay System
Road Pavement
Wooden Bridge
2. Integrated Maintenance Planning
3. Life Cycle Inventory and Analysis
4. Multi-Objective Optimization
Group G
1. Individual Systems
Apartment Building
Building Facade
Community Buildings (Hotel)
Flexible Pavement
School Buildings
2. Integrated Context
3. Integrated Maintenance Planning
4. Integrated Life Cycle Inventory & Analysis
5. Multi-Objective Optimization
Group H
Individual Systems
High-Rise Building
Steel Bridge
Road Pavement
Roof Terrace
Integration Context
Integrated maintenance Planning
Life Cycle Inventory
Multi-Objective Optimization
Previous years
LCA
LCA WS19/20
Group1
Integration Context of the Systems
Heating System
Multi-Storey Car Park
Wind Turbine
Multi Objective Optimization
Decision Making AHP
Maintenance Strategies
Group2
1 Integration Context of the Systems
1.1 Runway designs for airports
1.2 Hangar
1.3 Bottom plate
2 Maintenance Strategies
3 Life Cycle Analysis
4 Multi Objective Optimization
Group3
Integration Context of the System: INNOVATION.4.REWAS
1. Domains
1. Dam
2. Offshore wind turbines
3. Seawater Reverse Osmosis Plant
4. Tunnel
2. Integrated maintenance planning strategies
3. Life Cycle Analysis
4. Multi objective optimization
LCA WS20/21
Group 1
Integration Context
Nuclear power plant
Offshore wind farm
Railway power supply system
Steel railway truss bridge
Vertical lift Bridge
Maintenance Strategies
Life Cycle Analysis
Multi Objective Optimization
Group 2
Integration Context of the Civil Systems
Concrete gravity dam
Drainage Pipe
Tunnel
Water Pipe
Maintenance Strategies
Life Cycle Analysis
Multi objective optimization
Group 3
Integration context
Elevator
Climate Envelope
External Thermal Insulation Composite Systems
Wet sprinkler systems with an up-feed water supply
Development of integration context
Interfaces between civil systems
Goal and scope
Integrated maintenance planning
Individual systems maintenance strategies
Bundled maintenance strategy
Exploration of multiple maintenance scenarios
Integrated life-cycle analysis
Design parameters
Cost
Integrated life-cycle inventory
Life-cycle analysis results
Integrated maintenance plan by multi-objective optimization
Genetic algorithm NSGA-II
Application of the NSGA-II
Optimization results
Group 4
1. Integration Context
1.1 Wooden Frame
1.2 Xpelair
1.3 Stellio
1.4 Isolated Footing
2. Maintenance Strategy
2.1 Maintenance Strategy of Individual Systems
2.2 Integrated Maintenance Strategy
3. Life-Cycle Inventory Analysis
Example of Integration Factor
4. Multi-Objective Optimization
5. Interpretations and Decision making
Group 5
Integration Context
Cable-stayed bridge
Highway tunnel
Multi-lane highway bridge
Prestressed concrete viaduct
Road (motorway)
Goal and Scope
Maintenance Strategies
Life Cycle Analysis
Multi-Objective Optimization
LCA WS21/22
Group A
1. Integration context of the civil systems
A Column and Slab Concrete of a building
Fiber Optic Cable
Playground area
Sump Pits Construction
2.Project Scope
3.Maintenance Strategies
4.Life Cycle Analysis
5.Multi-Objective Optimization
Group B
Integration Context
1. Cable Car
2. Bridge Substructure
3. Railway Track
4. Retaining Wall
Integrated Maintenance Planning
Life Cycle Analysis
Multi-object Optimization
Group C
1. Individual Civil Systems
a. Transmission Tower
b. Offshore Piles
c. Mooring Lines
d. Offshore Wind Turbine.
2. Floating City Integration
3. Integrated Maintenance Planning
4. Life Cycle Analysis
5. Multi-objective Optimization
Group E
1. Individual Systems
Fire Station Building
Flexible Pavement
Rigid Pavement
Suspended Pedestrian Foot Bridge
2. Integrated Context
3. Integrated Maintenance Planning
4. Life Cycle Inventory & Analysis
5. Multi-Objective Optimization
Group F
1. Integration Context of the Civil System
a. Arch Dam
b. Dam
c. Foot and Cycle Path Bridge
2. Integrated Maintenance Planning
3. Life Cycle Inventory and Analysis
4. Multi-Objective Optimization
Group G: Tunnel Followed by Bridge
1.Integration Context of the Civil System
Bridge System
LCI Materials
R file
Tunnel System
2.Integrated Maintenance Planning
3.Life Cycle Inventory and Analysis
4.Multi-Objective Optimization
Local Transport Network
Bicycle Underpass
Integrated Engineering Products
Life Cycle Inventory
Maintenance Planning
Multi-Objective Optimization
Tram Track
Tunnel
Life-Cycle WS18/19
Integrated Engineering Products and Systems
Drinking Water Supply System
Multi Story Car Park
Single Family House
System: Dam
Tunnel
Maintenance Strategies
Life cycle inventory and analysis of integrated civil systems
Multi-Objective Optimization
Product Modeling
Product Modeling WS18/19
City integration
Combined ontology
Combined parametric model
Diaphragm walls
Floor slabs
One floor of an apartment building
Single-family home
Cycling Infrastructure
Initial Models
Bikes Bridge
Cycling Infrastructure
Fast Cycling Route
Tunnel
Integrated Ontologies
Initial Ontologies
Combined Paramatric Model
South Harmon Institute of Technology S.H.I.T.
Combined Model: Parametric Model
Parametric Model Version-1
Parametric Model Version-2
Combined Model: Ontology
The initial states/ Individual model
Bus Station
Nightclub
Public Dustbin
University Campus
Sport Park
Car Park
Race Track
Sports Stadium
Tennis Hall
The Hand
Product Modeling WS19/20
Group1
Initial Civil Systems
Underground Parking Ramp
Elevator
Multi-Storey Building
External Building Wall
Final Integrated Civil System
Final System
Integration of the Ontologies
Final System Alternatives
Group2
Initial Civil Systems
Academic library
Opera house/theater
Roller coaster
Integrated Civil Systems (Culture Park)
Combined Civil Models
Combined Ontologies
Group3
Combining the Ontology Models
Individual Models
Bridge
Composite Girder
Single Family House
Integrating the Parametric Models
Group4
1. Integrated context of an urban System
1.1 Airplane Hangar
1.2 Airport Runway
1.3 Tunnel
2. Combined Ontology
3. Combined Parametric Model
4. Generative Design
SE Model WS20/21
Group 1
Initial Civil Systems
Building Automation System (BAS)
Office Building
Suspended Drywall Ceiling
Integrated Civil System (Office Building)
Combined Ontology
Combined Parametric Model
Integration Process
Group 2
1. Initial Civil Systems
1.1. Train Station
1.2. Aircraft Hangar
2. Airport System – Train Station and Aircraft Hangar
2.1. Context & Combined Ontology
2.2. Combined Parametric Models & Evaluation
Group 3
Initial Civil Systems
Amphibious house
Concrete gravity dam
Oscillating water column
OWC Ontology
OWC Parametric Modelling
Tunnel
Integrated Civil System – Renewable Energy Park
Combined Ontology of Renewable Energy Park
Combined Parametric Model of Renewable Energy Park
Integration Challenges
Group 4
Initial Civil Systems
Building Energy Performance System
Building Structure Design
Highrise Building
Scaffolding
Integrated Civil System (Renovation)
Inegrated Parametric Model
Design options
Integration Process
Integrated Ontology Model
Implementation of the combined ontology
Integrated ontology description
Theoretical ontology integration approaches
Integration context
Group 5
Event Hall
Low-Rise Residential Building
Decentralised Ventilation System
Integrated parametric model
Combined Ontologies
Group 6
Individual Systems
High School Gymnasium
High School Gymnasium: Ontology
High School Gymnasium: Parametric Model
Restaurant
Restaurant: Ontology
Restaurant: Parametric Model
Single Story House
Single Story House: Ontology
Single Story House: Parametric Model
Student Residence Building
Student Residence Building: Ontology
Student Residence Building: Parametric Model
Integrated System: Sports Complex
Integrated Ontology: Sports Complex Ontology
Integrated Parametric Model: Sports Complex
Downloads
Group 7
1 Introduction
1.1 Introduction to the Project
1.2 Project Goals and Challenges
2 Individual Systems
2.1 Warehouse
2.2 Factory
2.3 Main Pipe
2.4 Photovoltaic Power Plant
3 Integrated System
3.1 Integrated System Concept
3.2 Combined Ontology
3.3 Integrated Parametric Model
3.3.1 Description of the Modeling
3.3.2 Design Alternatives
4 Evaluation
4.1 Dealing with the Challenges
4.2 Evaluation of the individual High-Performance Criteria
4.3 Evaluation of integrated High-Performance Criteria
Group 8
1. Individual Civil Systems
1.1 Vertical Lift Bridge
1.2 Onshore Wind Turbine
1.3 Prestressed Concrete Viaduct
2. Integrated Civil System
2.1 Integrated Ontology
2.2 Integrated Model
SE Model WS21/22
Group A
Initial Civil Systems
Building
Building: Ontology
Building: Parametric modeling
Curtain Wall
Water Flow Glazing Façade Systems: Ontological Modelling
Water Flow Glazing Façade Systems: Parametric Modelling
Detached Garage
Detached Garage: Ontological Modelling
Detached Garage: Parametric Modelling
Retaining Walls
Timber Formwork
Timber Formwork: Ontological Modeling
Timber Formwork: Parametric Model
Integrated Civil System
Office building: Combined Ontological Modeling
Office Building: Combined Parametric Model
Group B
Group C
Group D
Group E
Integration Context
Double Layer Concrete Frame Structure
Factory Steel Structure.
Foundations
Reinforced Concrete Frame Structure
Ontology (Combined)
Parametric Model (Combined)
Problems Faced & Conclusions
Group F
Integration Context
Solar Updraft Tower
Transmission Tower
Solar Power Tower Plant
Combined Ontology
Development of the Combined Ontology
Results of Combined Ontology
Combined Parametric Model
Development of Parametric Model
Results of Parametric Model
Group G
Integration Context
Airport Runaway
Cable Car
Stadiums (Elliptical and Circular)
Combined Ontology
Combined Parametric Model
Group I
1. Individual Civil Systems
A. Floating Solar Photovoltaic Park
B. Dam
C. Offshore Wind Turbine
D. Substation
2. Integration Narrative
3. Integrated Ontology
4. Parametric Modelling
Tramway Infrastructure
Footbridge
Integration of Parametric Models
Ontology Combination
Retaining Wall System
Steel Bridge
Traffic Dam
Tram Track
Class WS16/17
Renewable Energy Park
Renewable Energy Park Ontology
Renewable Energy Park Parametric Model
Implementation Parametric Model
Implementation Curvy Road
Implementation River & Dam
Implementation Sun & Wind Zones
Implementation Tunnel & Dam
Implementation Combination
Environmental Scenarios
Semiarid Climate Zone
Temperate Climate Zone
Continental Climate Zone
Inner City Hospital
Health Resort
Metropolis Hospital
Single Models
Green Rooftop
Hospital
Supermarket
Waste Water Plant
Group WS17/18
Class MCES: Residential School with Focus on Competitive and Therapeutic Riding
The Initial State
Bike Sharing System
Hospital
Riding Hall
School
Total Model: Ontology
Total Model: Parametric Model
LCA Class: Integrated Ecofriendly Energy Solutions for Bonaire Island
Integrated Engineering Systems
Sewer System
Solar rooftops
Wind turbines
Maintenance Strategies
LC Inventory & Analysis
Timelines
Multi-Objective Optimization for Bonaire Island
SE Model 22/23
Group A
Initial Civil Systems
Cantilever Retaining Wall
Residential Buildings
Retaining Wall
Site Tent
Wall & Foundations
Ontology (Combined)
Parametric Model (Combined)
Group B
Group C
Integrated firestation
Design options
Engineering challenge and concept: firestation
Ontology
Parametric model
Single systems
Firestation
Ontology
Parametric model
Pipeline
Ontology
Parametric model
Railway
Ontology
Parametric model
Road
Ontology
Parametric model
Group D
Combined System_Sustainable Infrastructure System
Combined System Parametric Modeling
Combined System_Ontology
IndividualSystems
Bridge
Bridge-Ontology
Bridge-Parametric Modeling
RC School Building
RC School Building – Model (Parametric)
RC School Building – Ontology
Residential Building
Ontology (Residential building )
Parametric model (Residential building)
Wastewater Treatment Plant
Wastewater Treatment Plant: Concept & Ontology
Wastewater Treatment Plant: Parametric Model
Group E
Individual Systems
Facade
Prefabricated Facade Panel: Ontological Modelling
Prefabricated Facade Panel: Parametric Modelling
High-Rise Building
High-Rise Building 1: Ontological Modelling
High-Rise Building 1: Parametric Modelling
High-Rise Building 2: Ontological Modelling
High-Rise Building 2: Parametric Modelling
Stadium
Stadium: Ontological Modelling
Stadium: Parametric Modelling
Integrated Systems
Sports Facility Center: Combined Ontological Modelling
Sports Facility Center: Combined Parametric Modelling
Group F
Individual Systems
Excavation Support System
Excavation Support System: Ontology
Excavation Support System: Parametric Model
Reinforced Concrete Structure
Reinforce Concrete Structure: Ontology
Reinforced Concrete Structure: Parametric Model
Stadium
Stadium: Ontology
Stadium: Parametric Model
Underground Metro Station
Underground Metro Station: Ontology
Underground Metro Station: Parametric Model
Integrated System
Integrated System: Ontology
Integrated System: Parametric Model
Group G
Initial Civil Systems
Aquifer
Forest Tower
Retaining Wall
Runway Pavement
Integrated Civil System
Combined Ontology
Combined Parametric Model
Downloads
Group H
Individual Systems
Break Water
Arch Bridge
Highway Pavement
Steel Bridge
Integration Context
Combined Ontology
Integrated Parametric Model
Group I
Downloadables & Individual Systems
Road System
Road System Ontology
Road System Parametric Model
SE Model 23/24
Group A
Introduction
Individual Systems
Bridge
Ontology
Parametric Model
Frame Structure Building
Ontology
Parametric Model
Retaining Wall
Ontology
Parametric Model
Tiny House
Ontology
Parametric Model
Integration Context
Combined Ontology
Combined Parametric Model
Group B
1. Introduction
2. Individual systems
Dam
Dam: Ontology
Dam: Parametric Model
Efficient Residential Homes
Efficient Residential Homes: Ontology
Efficient Residential Homes: Parametric Model
Industrial Warehouse
Industrial Warehouse: Ontology
Industrial Warehouse: Parametric Model
RCC Structure
RCC Structure: Ontology
RCC Structure: Parametric Model
Steel Structured Factory
Steel Structured Factory: Ontology
Steel Structured Factory: Parametric Model
Warehouse
Warehouse: Ontology
Warehouse: Parametric Model
3. Integration context
4. Combined ontology
5. Combined Parametric Model
Group C
Introduction
Individual Systems
Multipurpose Sports Hall
Ontology
Parametric Model
Observation Tower
Ontology
Parametric Model
Offshore Wind Turbine
Ontology
Parametric Model
Rigid Pavement
Ontology
Parametric Model
Townhouse Villa
Ontology
Parametric Model
Integration Context
Combined Ontology
Combined Parametric Model
Group D
1. Introduction
2. Individual Systems
Framed Structural Engineering
Framed Structural Engineering: Ontology
Framed Structural Engineering: Parametric Model
Multi-Story Building
Multi-Story Building: Ontology
Multi-Story Building: Parametric Model
Office Building
Office Building: Ontology
Office Building: Parametric Model
Steel Bridge
Steel Bridge: Ontology
Steel Bridge: Parametric Model
Timber Room Module for Student Housing
Timber Room Module: Ontology
Timber Room Module: Parametric Model
Multi Story Building
Multi Story Building: Ontology
Multi Story Building: Parametric Model
3. Integration Context
4. Combined Ontology
5. Combined Parametric Model
Group E
Introduction
Subdomain Models
Multi-Story Building
Elevated Water Storage Tank
HVAC System
Dam
Social Housing Multi-Story Building
Fiber-Reinforced Concrete for Building Partition
Integration Context
Combined Ontology
Integrated Parametric Model
Contact Us
Group F
Combined Parametric Model
Ontology of the combined system
Subsystems
Group G
Individual Systems
Tunnel
Skyscraper
Building
Swimming Pool
Retaining Wall
Integrated System
Integrated Ontology
Integrated Parametric Modeling
Downloads
SE MODEL 24/25
Final Group Assignment- Group F
Table of contents
Group Members
Burhan ud Din
Lennard Janßen
Muhammad Usman
Individual Systems
Bridge
Ontology of Bridge
Parametric Model of Bridge
Tunnel Number 01
Ontology of Tunnel Number 01
Parametric Model of Tunnel Number 01
Tunnel Number 02
Ontology of Tunnel Number 02
Parametric Model of Tunnel Number 02
Integrated Engineering Context
Integrated ontology
Integrated Parametric Model
Introduction
Group A
1. Individual Systems
Metro Station
Primary Sedimentation Tank
Railway Bridge
Roadway
Sludge Digester
2. Integration Context
3. Combined Ontology
4. Combined Parametric Model
5. Conclusions
Group B
1. Introduction
2. Individual Sysyems
Energy-Efficient Residential Building
ERB Ontology
ERB Parametric Model
Shipping Container Building
SCB Ontology
SCB Parametric Model
Steel Frame Building
SFB Ontology
SFB Parametric Model
3. Integrated Ontology
4. Integrated Parametric Model
Group C
1. Introduction
2. Individual Systems
Flood Retention Basin
Ontology
Parametric Model
Offshore Wind Turbine
Ontology
Parametric Model
Rubble Mound Breakwater
Ontology
Parametric Model
3. Integration Context
4. Combined Ontology
5. Combined Parametric Model
Group D
1. Introduction
2. Individual Systems
3-Story Apartment Building
3-story Apartment Building for Repair and Maintenance: Ontology
Maximizing Usable Space and Cost Efficiency: A Parametric Approach to Residential Design in Berlin
Office Building
Office Building: Ontology
1-Story Office Building: Parametric Model
One-story-RC-Residential Building
One-story-RC-Residential Building: Ontology
One-story-RC-Residential Building: Parametric Model
3. Integration Context
4. Combined Ontology for an Urban System
5. Combined Parametric Model
Group E
1. Introduction
2. Individual Systems
Industrial Warehouse
Industrial Warehouse Ontology
Industrial Warehouse Parametric Model
Steel Frame Industrial Warehouse
Steel Frame Industrial Warehouse Ontological Model
Steel Frame Industrial Warehouse Parametric Model
Vehicle Workshop
Vehicle Workshop Ontology
Vehicle Workshop Parametric Model
3. Integration Context
4. Combined Ontology for an Industrial Complex
5. Combined Parametric Model
Group G
1. Introduction
2. Individual Systems
Gymnasium Building
Office Building
Residential Building
3. Integration Context
4. Combined Ontology
5. Combined Parametric Model
6. Conclusion& Engineering Reflections
Group H
1. Introduction.
2. Individual Systems.
Bridge 1
Ontology: Transport and Stakeholder Interaction for Bridge Projects
Parametric Model: Suspension Bridge
Bridge 2
Parametric Model of Suspension Bridge.
Suspension Bridge : Ontology
Residential Building
Ontology : RCC Components of Residential Building
Parametric Model : Residential Building Focused on Column.
3. Integration Context.
4. Combined Ontologies.
5. Combined Parametric Model.
Group I
1.Introduction
2. Individual Systems
System 1: Residential Building
Ontology of the Residential Building
Parametric Design of the Residential Building
System 2: High-Rise Framed Tube Structure
Ontology of the High-Rise Framed Tube Structure
Parametric Design of the High-Rise Framed Tube Structure
System 3: High-Rise Building
Ontology of the High-Rise Building
Parametric Design of the High-Rise Building
System 4: Truss Bridge
Ontology of Repair and Maintenance of a Bridge
Parametric Design of the Bridge System
3.Combined Ontology
4.Combined Parametric Model
SE Model 25/26
Group A
1. Introduction
2. Individual Systems
Tiny House (Energy Management System)
Ontology
Parametric Model
Hotel Building
Ontology
Parametric Model
Restaurant Building
Ontology
Parametric Model
Offshore Turbine Foundation
Ontology
Parametric Model
Offshore Wind Turbine
Ontology
Parametric Model
3. Integrated Context
4. Ontology Model
5. Parametric Model
6. Conclusion
Group B
1. Introduction – Integrated Urban Mobility Corridor
Cable Stayed Pedestrian Bridge System
Conclusion
Curved Highway System
Flexible Pavement System
Group Members
Group Ontology (Urban Corridor System)
Integrated Parametric Model
Integration Challenge
Integration Context
Smart Pedestrian Bridge System
Urban Asphalt Pavement System
Group C
Introduction
Integration Context
Individual Systems
5-Storey Residential RC Building System
Elevated RCC Water Tank
Road
Small-Scale Water Supply System
Water Distribution Pipeline System in Germany
Integrated Parametric Model
Integrated Ontology
Conclusion
Group D
Introduction
Subsystem Interface
Combined Ontology
Integrated Parametric Model
Model Parameter: Metro Station
Model Parameter: Station Box
Model Parameter: Tunnel
Model Parameter: Precast Concrete Facade System & External Thermal Insulation Composite System (ETICS)
Model Parameter: Stormwater Vault
Results Analysis: Design Exploration
Results Analysis: Design Comparison
Discussion & Conclusion
Group E
1. Introduction
2. Individual Systems
Adaptive Reuse of Historic Buildings
Ontology
Parametric Modeling
Green Roof System
Ontology
Parametric Modeling
Nuclear Containment Building
Ontology
Parametric Modeling
Perpetual Pavement system
Ontology
Parametric Modeling
Steel Truss Bridge
Ontology
Parametric Modeling
Truss System
Ontology
Parametric Modeling
3. Integration Context
4. Combined Ontology
5. Combined Parametric Model
Group F
Introduction
Individual Systems
Multi-Story Parking Structure
Multi-Story Parking Structure Ontological Model
Multi-Story Parking Structure Parametric Model
Roof Structure
Roof Structure Ontological Model
Roof Structure Parametric Model
Composite Culvert
Composite Culvert Ontological Model
Composite Culvert Parametric Model
Solar Facade System
Solar Facade Ontological Model
Solar Facade Parametric Model
Integration Context
Combined Integrated Ontology
Combined Parametric Model
Analysis and Conclusions
References
Group G
INTRODUCTION
INDIVIDUAL SYSTEMS
REINFORCED CONCRETE GRAVITY RETAINING WALL
RESIDENTIAL HOME FOUNDATION
ROOFTOP HELIPAD
SANITARY DRAINAGE NETWORK
INTEGARTION CONTEXT
COMBINED ONTOLOGY
COMBINED PARAMETRIC MODEL
HIGH PERFORMANCE CRITERIA 1
HIGH PERFORMANCE CRITERIA 2
Group H
Introduction
Integration Context
Individual Systems
Ontological Modeling
Glass Curtain Wall
Retaining Wall 1
Retaining Wall 2
Retaining Wall 3
Retaining Wall 4
Parametric Modelling
Glass Curtain Wall
Retaining Wall 1
Retaining Wall 2
Retaining Wall 3
Retaining Wall 4
Integrated Ontological Modelling
Ontology Concept and System Integration
Design Scenarios and Ontology Structure
Integrated Parametric Model
Scenario 1 – Baseline Design
Scenario 2 – Rainfall and Slope Controlled Design
Scenario 3 – Visitor and Heritage Controlled Design
Conclusion
Test Group A
Training
1 test
Hallo
1 test
1st Child
1st Child
1st Child
1st Child – Meer
Ontology
Retaining wall
1st Child Test
1st Child Test Group 1
1st Child-H
2nd child
G6-1st Child
test – Max
test – Max – 1
Test 1 group G
Individual systems
System 1
System 2
LCA
About
Getting Started
Combine Ontologies
1st Child – Meer
Ecology and Society
Ecology
And
Society
Ecology
And
Society
