2 pantura presentation_ectp conference 2011

7/24/2019 2 Pantura Presentation_ECTP Conference 2011

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Co-ordinator Prof. Robert Kliger

Flexible Processes and Improvedec no og es or r an

Infrastructure Construction Sites

Javier Bonilla Diaz , Acciona

Low-disturbance sustainable urban construction

www. - .


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12 P r i i nTwo research institutes + one university

Three SMEs

Low-disturbance sustainable urban construction 2Duration: 2011-2013


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the authorities, stakeholders and experts with a comprehensive

instrument (methods, tools and techniques) to prepare and perform brid e construction maintenance re air and renovation rocessesin the most effective and efficient way, in the shortest possible time, with themost efficient, sustainable use of resources and with zero disturbance anddisruption for the urban environment and urban life of the inhabitants.

PANTURA aims to improve highly flexible off-site production and- -

, ,cost-intensive on-site activities in order to achieve the optimalperformance with the most efficient use of resources and zerocarbon emissions . To co-ordinate these rocesses in the most effective waPANTURA aims to develop and use a proactive co-ordinationstrat egy andintegrated ICT tools in order to anticipate and prevent any disturbance in theareas surroundin the construction site and the cit . These novel a roaches

Low-disturbance sustainable urban construction 3

and solutions will be validated through real case studies.


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Prove that v er y - l o w or even zer o d i s t u r b a n ce large-scaleconstruct on pro ect n t e ur an env ronment s p o s s i b l e ,f e a s i b l e and p r a c t i ca l

Provide the project stakeholders with the necessary

- Developing a toolbox containing methods, tools, standards- -

testing cases



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How we will perform the project? the work packages

WP 1Project management: CHALMERS

ICT coordination tools

Sustainabilitybenchmarking & measures

Developing atoolboxcontaining

Construction processmanagement (strategies +

methods)

methods,tools,standards

WP 4Construction techniques

for new bridges + case

WP 5Refurbishment

techni ues for existin Creating newstudy bridges + case study

WP 7

knowhowbased onreal projects

Low-disturbance sustainable urban construction 5Training & dissemination


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The oal is to ro ose an inte rated rocess a roach to achieve sustainable solution b

processes @ urban sites

avoiding the normal sub-optimization of sub processes using:

- virtual planning to avoid conflict and unnecessary transport and achieve zero inventoryan zero was e a cons ruc on s es owar s o zero car on em ss on cons ruc on- system engineering approach to identify the stakeholder values, opportunities and threats

Strategy tool

Choice of methods & technologyDataBIM

scenar os anconstrains

Transport slot timesInternal logistic requirements

Material supply delivery coordination

BIM - coarse

Could allowProcurement,

Urban strategy traffic,

BIM

Detailed designProjectortal

-updates

co a orat on


env ronmen a ,

disturbanceQABIM

Env

BIM fine


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n egra on o oo s Open source BIMserver

Urban- & BuildEnvironment Render

interactive tool for monitoring,lannin and co-ordinatin

Viewer C2B

complex urban projects, whichwill supports the flexible

met o or construct onprocesses to be developed in

-

.

.Task 3.2 Open-source semantic web



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: us a na y enc -marking & measures

The goal is to use existing and improvedsustainabilit assessment tools and indicators to analyse and benchmark the best practices and toextend measures and standards for the lifec cle sustainability of urban projects

Task 6.1 Best practices and benchmarking . ,

measures and technical standardisation



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: us a na y enc -marking & measures

Example of indicators related to



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Inter-WP coordination issuesWP6Sustainability indicators

and measures

Select / design data /BIM parameters to

be included

Select / defineindicators of

low-disturbance

Data sources

WP6Sustainability indicatorsand measures

Select / design data /BIM parameters to

be included

Select / defineindicators of

low-disturbance

Data sources

Manualdata

input

Statistics,e.g. traffic

data

3D GIS(urban

area)

BIM(bridge

+ site)

Indicator 1

Manualdata

input

Statistics,e.g. traffic

data

3D GIS(urban

area)

BIM(bridge

+ site)

Indicator 1

Data

T3.1 Open source data & tools integrationUrban

Strategytool

Indicator 2

Indicator 3

Indicator 4

Analysis /calculationData

T3.1 Open source data & tools integrationUrban

Strategytool

Indicator 2

Indicator 3

Indicator 4

Analysis /calculation

BIM-relatedanalysis tools,

e.g. planning, LCC Indicator 5

etc.

BIM-relatedanalysis tools,

e.g. planning, LCC Indicator 5

etc.

User input panel/ user criteria

definition

Dashboardvisualisation &

reporting

User input panel/ user criteria

definition

Dashboardvisualisation &

reporting

T3.2 End-user application tool (software)T3.2 End-user application tool (software)


WP2Construction process,

coordination & decision-makingprocesses by th e stakeholders

Request forinformation

Gained

knowledge& insight

WP2Construction process,

coordination & decision-makingprocesses by th e stakeholders

Request forinformation

Gained

knowledge& insight


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: ex e cons ruc ontechniques for new bridges

The goal is to develop methods and technologiesdevelop methods and technologies thatrovide alternative effective methodsalternative effective methods for the new new

construction of bridgesconstruction of bridges in densely populated urbanenvironments coverin :

Task 4.1 Integral design and engineering

. - -Task 4.3 Flexible assembly methods



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WP4: Objectives and scopeNewNew construction processconstruc tion process for new bridges in the densely populated urban area:for new bridges in the densely populated urban area:

Efficient off-site manufacturing

Effective connections

Standardised design solut ions

Long service life

Rapid on-site assembly Low maintenance costs

- -

beam weight jus t 200 kg/ linear m

Implementation of BIM and DFMAconcepts in the design process

Selection of the best desk types

Off-site production of lightweight FRPbridges and LCA

Definition of main connections and

On-site assembly process adjusted tothe stakeholders needs and requirements

Implementation of robotics, intelligent

practical case studya ora ory es s

Catalogue of ready bride components

Detailed description of assembly proces


Validation of the solutions through practical case study br idge in La Palma on the Canary Island


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and engineering solutions for the

ff- i f ri i n



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: ons ruc on ec n uesfor existing bridges

The goal is to develop new bridge strengthening andu radin techni ues and enhance existin ones that focus on avoiding traffic disruption andenvironmental disturbance in densel o ulated cities

Task 5.1: Management of strengthening and repair of bridges

Task 5.2: Flexible refurbishment techni ues



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as . : anagemen o s reng en ngand repair of bridges

Mapping the need forSahil Salvi

Identification of

repair

bottlenecksMapping the problems with existing solutions



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Task 5.2: Flexible

refurbishment techniques

Existing ResearchImprovement of existing methods

Application

(Phares et al. 2003)



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: ssem na on an ra n ng

The goal is to assure the sustainable knowledge transfer

and implementation of PANTURA results to clients, theconstruction industry and other stakeholders and tostimulate new market opportunities and knowledge

.use the new knowledge in practice.

Task 7.1 Stakeholders Panel: It has been established

Task 7.2 Training documentation and pilot training coursesTask 7.3 PANTURA Public Website: www.pantura-project.euTask 7.4 Dissemination and implementation roadmap



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Thank you for your attention!

The Pantura project is co-financed by the European Commision with contract No.: 265172.

Copyright 2011-2013. All rights reserved. All rights reserved. Any duplication or use of objects such as diagrams in other electronic or

rinted ublications is not ermitted without the author's a reement.


2 pantura presentation_ectp conference 2011

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