digital engineering€¦ · presentation digital engineering tunnel alignment optimization deep...

CERN Tunnelling Workshop - SWS & LBA - Digital Engineering for Alignment Optimisation

DIGITAL ENGINEERINGfor alignment optimization


PRESENTATION

DIGITAL ENGINEERING

TUNNEL ALIGNMENT OPTIMIZATION

DEEP TUNNELS

URBAN CONTEXT

SEGMENTAL LINING

SUMMARY


Digital EngineeringTransformation Program

Are

as o

f in

terv

enti

on

Asset and project digitization

Digital processes implementation

Digital Factory

• Existing projects

• “Digital Project”

• Digitizing existing assets

• Processes

• Technology

• Change Management

• Multidisciplinary “Digital Teams”

• Innovation Patterns to offer new data driven design services

• Digital Tools & DevOps


Innovation Goals

Advanced simulationThe integration of information deriving from theconstruction phase as well as the implementationof custom algorithms allows the generation ofsimulations focused on predictive analysis.

InteroperabilityInteroperability is the key word when itcomes to digital innovation processes. Inhouse software development enablesrapid prototyping and speeds up datacollection and data transformation.

FM integrationThe information model integrates with FacilityManagement softwares currently available on themarket. By associating spatial information withdocuments and design data, made operations moreefficient.

Real-time monitoringThrough advanced communication protocols it ispossible to connect sensors positioned on realassets to their digital twins enabling real-timeperformance monitoring.

Efficiency and cost reductionIntegrated design, automation and digital toolsallow an exponential increase in efficiency with aconsequent reduction in costs.

Data managementThe creation of a centralised database ensures dataare stored in a structed and managed system.Organicily gorwen structures ensure users can utiliseand understand data in a logical and accesable way.

Design optimisationShared data sources allows natural coordinationbetween all design disciplines and digitaldevelopment support operatives.

Predictive maintenanceSensors providng real-time data monitoring allowpredictive and condition based mantainainceprocesdures to be used.

Digital Engineering


The digitization process

InformationArchitecture

Guidelines and documentation

Technological choices

Training and mentoring

Digital Twin

«Traditional» project

Implementationof ad-hoc workflows

Data Share & Integration

On-demanddevelopment

Digital Engineering


TUNNEL ALIGNMENT

DIGITAL ENGINEERING


DEEP TUNNELS

URBAN CONTEXT

SEGMENTAL LINING

OPTIMIZATION


for Alignment OptimizationDigital Engineering


The digitization process for Tunnels Digital Engineering


improved Data collection & AnalysisDigital Engineering

• Design• Existing projects

• Start new project from scratch

• Build• Existing “Digital Projects”

• Traditional Projects

• Operation & Maintenance• Digital Tunnel Twin


DEEP TUNNELS

DIGITAL ENGINEERING


DEEP TUNNELS

URBAN CONTEXT

SEGMENTAL LINING

OPTIMIZATION


deep tunnels (rock)Digital Engineering

G

P

V

for cmb in combinations:

Input Data Digitalization

• Alignment & DEM

• Stratigraphy & Geotechnical parameters

• Cross-sections and related geometries

• Tunnelling Method (TBM, D&B, etc.)

• Potential Risk Factors

• Performance requirements & constraints

• Historical (TBM) production datasets

• Stocking/laydown areas

• Schedule of works

#uncertainty#multivariate#montecarlo


deep tunnels (rock)Digital Engineering


deep tunnels - benefitsDigital Engineering


deep tunnels - benefitsDigital Engineering

Material flow

Stocking area planning


URBAN CONTEXT

DIGITAL ENGINEERING


DEEP TUNNELS

URBAN CONTEXT

SEGMENTAL LINING

OPTIMIZATION


urban context (soil)Digital Engineering


urban context - benefitsDigital Engineering


SEGMENTAL LINING

DIGITAL ENGINEERING


DEEP TUNNELS

URBAN CONTEXT

SEGMENTAL LINING

OPTIMIZATION


Segmental LiningDigital Engineering

Tideway: a customized digital solution for ring sequencing analysis


Segmental Lining - benefitsDigital Engineering

Results• Study identified a significant

number of rings that would be build outside of contractually allowed tolerance before start of construction

• contractor was able to agree with designer and client changes to the alignment

• the new proposed alignment was re-run in the system to confirm the result


DIGITAL ENGINEERING

BENEFITS & NEXT STEPS


Benefits

i-Bim & Digital Twin

Digital Project

Web Platform

VR & AR

Facility Management

IoT & Data Integration

Predictive Analyses & Simulations

Tools for Design Automation

GIS Integration

Digital Engineering

On-time interventions Performance control Visualization and immediate data

analysis Efficiency improvement in work

progress control Elimination of inconsistencies and

interferences during the design phase

Accessibility of documentation Reduction of time in asset

management Complete time and cost control Integrated design


Digital EngineeringNext Step & Future Concepts


THANKS FORYOUR TIME

Contact details

Andrea DanziDigital Services Leadwww.swsglobal.com

[email protected]

Contact details

Daniel [email protected]

digital engineering€¦ · presentation digital engineering tunnel alignment optimization deep...

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