brim update – workflow for designing structures edmundo

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© 2008 Bentley Systems, Incorporated BrIM Update – Workflow for designing structures Edmundo Herrera, P.E. Bentley Systems, Inc.

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Page 1: BrIM Update – Workflow for designing structures Edmundo

© 2008 Bentley Systems, Incorporated

BrIM Update – Workflow for designing structures

Edmundo Herrera, P.E. Bentley Systems, Inc.

Page 2: BrIM Update – Workflow for designing structures Edmundo

2© 2008 Bentley Systems, Incorporated

The Bridge Technology Obstacles

• Research found ...

– Incomplete tools (and Fragmented)

– Lack of interoperability between systems

– Little reuse of data in major phases/functions

– Insufficient data modeling

2 | WWW.BENTLEY.COM

Page 3: BrIM Update – Workflow for designing structures Edmundo

3© 2008 Bentley Systems, Incorporated

Project Delivery Innovation Challenges

• Many delivery scenarios– Design/Build

– Joint Ventures

– Engineer/Procure/Construction

– Public-Private Partnerships

Risk reduction and timely project delivery are a must

Page 4: BrIM Update – Workflow for designing structures Edmundo

4© 2008 Bentley Systems, Incorporated

“The principle advantage of utilizing a

3D model approach stems from the

reusability of the design data during

tasks that occur down-stream from initial

design.”Stuart Chen

Analysis

3D Model

Design Engineering

Fabrication

Construction

Planning

Finance

Estimating

Parametric 3D Bridge Modeling

Page 5: BrIM Update – Workflow for designing structures Edmundo

Scope of Bentley BrIM…

Page 6: BrIM Update – Workflow for designing structures Edmundo

6© 2008 Bentley Systems, Incorporated

Bentley BrIM Bridge Solutions

MicroStation

CloudWorx

MX/ Inroads and BRT

GEOPAK Bridge

InRoads Bridge

RM Bridge

LEAP Bridge

Bentley Rebar

STAAD.Pro

STAAD.foundation

ProSteel 3D

Bentley OnSite

BridgeModeler/LARS

SUPERLOAD

Planning

Design

Fabrication

Construction

Operations &

Maintenance

Shared Data

Page 7: BrIM Update – Workflow for designing structures Edmundo

7© 2008 Bentley Systems, Incorporated

Start With Survey

• InRoads Survey

Page 8: BrIM Update – Workflow for designing structures Edmundo

8© 2008 Bentley Systems, Incorporated

Road and Rail Geometric Modeling

• InRoads

• MXROAD

• Bentley Rail Track

Page 9: BrIM Update – Workflow for designing structures Edmundo

9© 2008 Bentley Systems, Incorporated

Proceed With Bridge Design

RM Bridge

LEAP Bridge

9 | WWW.BENTLEY.COM

Page 10: BrIM Update – Workflow for designing structures Edmundo

10© 2008 Bentley Systems, Incorporated

LEAP’s Product Focus

• Small to medium prestressed/precast and long-span post-tensioned concrete bridges in North America and Middle East

• Most widely used solutions for design of concrete bridges in North America: more than 2000 Users in North America, 38 DOTs.

• Component or platform (LEAP Bridge based)

Page 11: BrIM Update – Workflow for designing structures Edmundo

11© 2008 Bentley Systems, Incorporated

CONSPAN(LFD & LRFD Simple & Cont. PS Beam

Design)

RC-PIER(LFD & LRFD Integrated Pier Design)

CONSYS 2000(LFD & LRFD Continuous

Beam Analysis)

LEAP Products

CONSPLICE(LFD & LRFD Post-Tensioned Splice Girder & CIP

Slab Design)

GEOMATH(Parametric Bridge Geometry &

Layout)

CONBOX(LFD & LRFD Post-Tensioned CIP Box Girder)

Page 12: BrIM Update – Workflow for designing structures Edmundo

12© 2008 Bentley Systems, Incorporated

RM Bridge

� Internationally applicable

� All types of medium/ large bridges– Reinforced and pre-stressed concrete

– Steel, concrete and composite

– Cable-stayed bridges

– Suspension bridges

� Any erection method– Span-by-span

– Advanced shoring

– Incremental launching

– Balanced cantilever bridges

– Pre-cast segmental

RM2006 Erection Control

used for the project.

Page 13: BrIM Update – Workflow for designing structures Edmundo

13© 2008 Bentley Systems, Incorporated

Bentley Bridge RM Differentiators

• No limits on geometry or combined load combinations

• Stage-by-stage erection and full 4D time axis

• High speed rail rolling stock analysis

• Wind dynamics analysis

• Linear & non-linear materials and dynamics and Eurocode compliant

• Construction Control

• Seismic analysis

• 35 years engineering experience

• Over 400 customers

Page 14: BrIM Update – Workflow for designing structures Edmundo

14© 2008 Bentley Systems, Incorporated

Eleven pre-tensioned pre-cast

splice girder lines – 190 m (620 ft)

WB I-70 over Washington Street, Denver

RM User Example: Medium Bridges

Carter & BurgessCarter & Burgess

Page 15: BrIM Update – Workflow for designing structures Edmundo

15© 2008 Bentley Systems, Incorporated

RM User Example: Medium Bridges

Page 16: BrIM Update – Workflow for designing structures Edmundo

16© 2008 Bentley Systems, Incorporated

User Examples: Signature Bridges

Sheik-Zayed-Bridge

Lincoln BridgeWashington, USA

Main Span 104 m

Central Span 234 m

Zaha Hadid Architects, Zaha Hadid Architects, High Point RendelHigh Point Rendel

Jean Muller InternationalJean Muller International

Page 17: BrIM Update – Workflow for designing structures Edmundo

17© 2008 Bentley Systems, Incorporated

+175 mPD+175 mPD

+29+2988 mPDmPD

Separated streamlined twin-girder deck53.3m

4m

Winning designWinning designOve Arup Hong KongOve Arup Hong Kong

Mono-columnPylon

18m

Bridge RM Projects:Stonecutters Bridge, Hong Kong

Page 18: BrIM Update – Workflow for designing structures Edmundo

18© 2008 Bentley Systems, Incorporated

RM Bridge Proven WorldwideSome organizations that

use RM Bridge

•Mott MacDonald

•Arups

•Faber Maunsel

•Arcadis

•Ingerop

•Vinci

•Bilfinger Berger

•Skanska

•Vectura

•Carter & Burgess

•Colorado DOT

•David Evans and Associates

•Earth Tech

•Finley Engineering Group

•Jacobs Engineering

•Parsons Transportation Group

•T.Y. Lin International

Design Leader

Used in more than 30 countries

Proven on thousands of bridge projects

worldwide

Supports 21 International Design Codes,

including AASHTO LRFD

Page 19: BrIM Update – Workflow for designing structures Edmundo

19© 2008 Bentley Systems, Incorporated

MXROAD/InRoads Integration With RM Bridge

• Horizontal and Vertical alignments

• Terrain data

• 3d DGN

• Automatic drawing creation

Bridge Feasibility Design.wmv

Page 20: BrIM Update – Workflow for designing structures Edmundo

20© 2008 Bentley Systems, Incorporated

Bentley BrIM: Detail & Fabrication

- Bentley Rebar- ProSteel

Direct Creation of Shop Drawings

Page 21: BrIM Update – Workflow for designing structures Edmundo

21© 2008 Bentley Systems, Incorporated

Bentley Rebar: Automatic Creation 3D Models from 2D

Rebar automatically produces 3D models from the details contained in your normal 2D section, elevation, and plan views

Page 22: BrIM Update – Workflow for designing structures Edmundo

22© 2008 Bentley Systems, Incorporated

Bentley Rebar Modeling Benefits

• Automated data entry from sections

• Productivity increases in drafting

• Productivity increases in scheduling

• Productivity increases in the checking phase

• No casting errors

Page 23: BrIM Update – Workflow for designing structures Edmundo

23© 2008 Bentley Systems, Incorporated

ProSteel 3D

Produce general arrangement and full steel detailed shop drawings with all information about

connections and full erection/scheduling details

Page 24: BrIM Update – Workflow for designing structures Edmundo

24© 2008 Bentley Systems, Incorporated

3D CAD Modelling

• 3D Terrain data

• RM Geometry

• MicroStation

• GenerativeComponents

• Rebar

• 3D road geometry

• Bentley ProjectWise Navigator

Giving ….

• Scheduling

• Constructability

• Communication

Page 25: BrIM Update – Workflow for designing structures Edmundo

25© 2008 Bentley Systems, Incorporated

Bentley BrIM: Operations & Maintenance

• BridgeModeler/LARS (BridgeKey)– Bridge load rating

• Superload– Intelligent routing and permitting for oversized over weight vehicles

Page 26: BrIM Update – Workflow for designing structures Edmundo

26© 2008 Bentley Systems, Incorporated

SUPERLOADIntelligent Routing and Permitting

Uses Load Rating information to determine live-load analysis for permit vehicle

• High speed map-based route determination

– Horizontal and vertical clearance checking

– Restriction checking

• Web-based implementation

– Gotpermits.com Oversize/Overweight Vehicles

Page 27: BrIM Update – Workflow for designing structures Edmundo

27© 2008 Bentley Systems, Incorporated

Users

� Alabama DOT

� Arkansas DOT

� Connecticut DOT

� Colorado DOT

� Georgia DOT

� Illinois DOT

� Iowa DOT

� Kentucky TC

� Manitoba TGS

� Maryland SHA

� Michigan DOT

� Minnesota DOT

� Missouri DOT

� Nebraska DOR

� New Jersey DOT

� Issuing Permits Since 1990 !

� North Carolina DOT

� Ohio DOT

� South Carolina DOT

� South Dakota DOT

� Virginia DOT

� West Virginia DOT

� Wisconsin DOT

Bentley’s OS/OW Experience

Page 28: BrIM Update – Workflow for designing structures Edmundo

Bentley BrIM…..What holds it all together?

ProjectWise

Page 29: BrIM Update – Workflow for designing structures Edmundo

ProjectWise is used by 42 of the 50 leaders in the ENR500.The ProjectWise system now includes desktop applications, full-featured clients, and servers for connecting people & information.

ProjectWise Navigator delivers visual collaboration for immersive design review and analysis. ProjectWise StartPoint extends Microsoft SharePoint to enable collaboration for MicroStation & AutoCAD® users.

ProjectWise Integration Server delivers federated engineering content management, connects to servers for caching data, for automating & managing plotting, and for connection to SharePoint.

ProjectWise is a scalable collaboration system forconnecting people and information across a distribu ted enterprise

Page 30: BrIM Update – Workflow for designing structures Edmundo

30© 2008 Bentley Systems, Incorporated

Integrationflowchart

MXROADInRoads

Microstation

RM Bridge

REBAR Microstation

DGN

ProjectWiseNavigator Superload

30 | WWW.BENTLEY.COM