Leap Bridge Concrete for Bridge Design

 Overview: 

LEAP Bridge Concrete is a powerful modeling and analysis solution for small to medium concrete bridges of all types:precast, cast-in-place, reinforced, and post-tensioned. This comprehensive bridge application offers a synthesis of geometric modeling, substructure and superstructure analysis and design, and load rating in a single, information-rich environment. Intelligent data management, computational modeling, and automated drawing production revolutionize the bridge delivery process.Leap Bridge Concrete Design and Analysis Software is a BIM software designed and managed by Bentley systems (Producer of Staad pro Structural analysis and design software.

 Bentley Systems is a global leader dedicated to providing engineers, architects, geospatial professionals, constructors, and owner-operators with comprehensive software solutions for advancing infrastructure. Founded in 1984, Bentley has more than 3,500 colleagues in over 50 countries, and is on track to surpass an annual revenue run rate of $700 million. Since 2012, Bentley has invested more than $1 billion in research, development, and acquisitions.

Why should you learn? 

Users tap into the full power of:

  • Computational bridge layout and design Analysis, design, and load rating for post-tensioned (PT) and reinforced concrete box girder, T-beam, and slab bridges
  • Analysis, design, and load rating for simple- and multi-span precast andprestressed concrete bridges
  • Analysis and design of reinforced concrete abutments, piers, and foundations

Topics include:

  • Overview of Bentley’s solutions for bridge design and analysisTypes of bridge structures (routine and  complex)Introduction to LEAP Bridge ConcreteDemonstration: modeling a single span, reinforced T beam bridge

 

  • Learning Outcome:Streamline bridge modeling, analysis, and load-rating for both existing and new bridges with an integrated toolset. Leverage various international design code specifications and rating methodologies for verification.
    • Capture roadway geometry and topography
    • Coordinate multi-discipline bridge teams
    • Who Should Attend
    • Design and analyze concrete bridges
    • Design and analyze superstructures and substructures
    • Design and analyze spliced bridge girders
    • Generate bridge project deliverables
    • Sequence construction and phasing
    • Visualize bridge designs

    Anyone who plans on implementing Prota Structure functions along with the traditional CAD drafting tools should attend this class.Structural, Civil engineers,Builders, Construction Managers and those interested in accessing extended related to building analysis.

    Venue

    2nd Floor, Nicon Insurance Plaza, Plot 242 Muhammadu Buhari Way, Central Area District, Abuja

    Date:

  • 3rd -5th  July  2019 ( 3-day)
  •  
  • Time:
  • 10am – 4pm
  •  
  • Course FeeN75,000 per participant.This Fee covers for Materials, CDs,Lunch, and Software PAYMENT   AND REGISTRATION
    To register, simply send name, location and email address to  08140439427    
    Payment can be made to:
    Account Name: Wasser and Bau Ltd
    Account No 0006365809
    Name of Bank: Stanbic IBTC Bank

 

LEAP® Bridge Concrete At-A-Glance

 

Ease of Use

  • Intelligent graphical user interface
  • S. customary and metric (SI) units
  • Comprehensive 3D bridge models
  • 2D views, with dimensions
  • Graphical feedback of input data
  • Customizable libraries
  • Text and graphical report formats
  • Automated bridge creation (ABC wizard)

Intelligent Concrete Design

  • Precast, prestressed girder
  • CIP and PT box girder
  • CIP and PT T-beam
  • CIP and PT slab
  • Multi-column piers
  • Hammerhead piers
  • Drop-cap piers
  • Integral piers
  • Stem wall and pile cap abutments
    • Spread and combined footings, raked and
    • straight piles, drilled shafts
    • CIP and PT I-beam, sloped abutment, sloped footing,
    • and well foundation (IRC)

     

    Structural Analysis Options

    • Strut-and-tie modeling (U.S. version)
    • Single girder or whole-width analysis
    • Prestress loss calculation by code equations
    • Thermal load analysis
    • Prestress loss calculation by time-dependent specs
    • (LFD and LRFD; CHBDC)
    • Live load distribution factors (LFD and LRFD; CHBDC)
    • Live loading and load combinations
    • (LFD and LRFD; CHBDC; IRC)
    • Multimode response spectrum analysis for seismic design

     

    Design Code Checks and Load Rating

    • AASHTO Standard
    • AASHTO LRFD
    • S. States: Florida and California
    • CHBDC
    • IRC
    • AASHTO LFR and LRFR load-rating checks

     

    Powerful Modeling and Visualization Tools

    • Solid and transparent views of reinforcement
    • Multi-bridge capabilities
    • Roadway information and ground data import
    • 2D and 3D viewing: full bridge and individual components
    • Ground and relative location of roadway and bridge
    • Construction animation

     

    Versatile Reporting Options

    • Reports on full bridge or its components
    • Copy/Paste to Microsoft Word
    • Options to print preview or save in HTML formats
    • Export to Microsoft Excel
    • Customization with company logo and information
    • Detailed design reports (LRFD, IRC)
    • Automated Drawing Generation

     

    Automated Drawing Generation

    • DGN and DWG drawings
    • Plan and elevation drawings
    • Bridge framing plans
    • Precast, prestressed concrete girders
    • Piers

     

    Integration with Other Software

    • Direct data exchange with MicroStation, OpenRoads, OpenBridgeModeler, and more
    • AASHTO BRIDGEWare database

   

 

 

 

Training Session for Engineers