Bentley LEAP Bridge

Watch this informative video to learn how you can use LEAP Bridge Enterprise to seamlessly integrate the workflow between the various LEAP modules. Watch Now!

LEAP GEOMATH

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LEAP GEOMATH: Import aerial photography to overlay and experiment with different bridge layout options.

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LEAP GEOMATH: Easily create various bridge alignments

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LEAP GEOMATH: Review fundamental bridge elevation information

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LEAP GEOMATH: Simultaneously work on multiple bridges

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LEAP GEOMATH: Create typical pier configurations

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LEAP GEOMATH: Visualize the entire bridge in 3D

LEAP CONSPAN

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LEAP CONSPAN: Automatically generate or define custom strand patterns

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LEAP CONSPAN: Use the drawing editor to quickly create complex or custom cross sections

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LEAP CONSPAN: Features Load Rating in the Standard Specification mode

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LEAP CONSPAN: This interface features easy to use Grid elements with powerful inbuilt data validation

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LEAP CONSPAN: Rating features load rating according to according to the Load and Resistance Factor Rating (LRFR) manual.

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LEAP CONSPAN: LRFR Rating Parameters Screen is an easy to use interface allows serves as a great learning tool and allows for complete customization of load rating parameters and output/reports

LEAP RC-PIER

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LEAP RC-PIER: Easily Design shear stirrups for variable depth caps.  

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LEAP RC-PIER: Users have the capability to analyze and design tall piers with intermediate struts.

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LEAP RC-PIER: Use the variable cap feature to model architectural shapes 

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LEAP RC-PIER: Analyze and design variable cap piers on isolated pile footings.

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LEAP RC-PIER: Optionally specify vertical redbars in tapered columns. 

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LEAP RC-PIER: Users can model combined footings supporting multiple columns.

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LEAP RC-PIER: Includes the capability to model special type piers. Here, a hammerhead is modeled with a single column.

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LEAP RC-PIER: Users can optionally specify rebars in column cross-section as a general pattern in addition to rectangular, circular and intersecting hoops patterns.

LEAP CONBOX

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LEAP CONBOX: Project Tab: General project information including Analysis Type, Design Specifications, Units, and PT Loss Type. 

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LEAP CONBOX: Model Tab: Defines tendon layout and properties, longitudinal and shear reinforcement layout. 

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LEAP CONBOX: Geometry Tab: Defines structure layout including roadway alignment, support layout, cross section layout, and substructure definition. 

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LEAP CONBOX: Load and Analysis Tab: Defines structure loads and load combinations for analysis. Simply drag and drop loads into the desired combinations.

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LEAP CONBOX: Cross Section Dialog: Provides simple interface for entering cross section data including parabolic variations. Export graphics to dxf & dgn formats. 

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LEAP CONBOX: Design Tab: Provides a summary of design and access to detailed design results. 

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LEAP CONBOX: Pier and Column Dialog: Defines substructure elements which can be referenced to save time during data entry. Capture the out-of-plane stiffening effects of pier skews on the longitudinal bending stiffness of the superstructure.  

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LEAP CONBOX: Longitudinal Rebar Dialog: The layout of mild reinforcement can be done automatically.

LEAP CONSPLICE

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LEAP CONSPLICE: Choose either AASHTO LRFD, CEB FIP or ACI 209 models for time dependent analysis 

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LEAP CONSPLICE: Uses efficient input of construction stages, temporary supports, post-tensioning, splices, strongbacks, deck removal, etc. 
 

LEAP CONSPLICE: Uses efficient input of construction stages, temporary supports, post-tensioning, splices, strongbacks, deck removal, etc.

LEAP CONSYS

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LEAP CONSYS: This Windows interface provides you with a logical series of tabs, dialog boxes, and pull-down menus that make the entry to data quick and easy. 

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LEAP CONSYS: Beam screen allows you to establish characteristics for spans, supports, hinges, checkpoints, etc.--all on a single screen. 

 
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LEAP CONSYS: Selecting loads with LEAP CONSYS is simple. With just a few movements of your mouse, you can select loads from the library of LRFD and AASHTO Standard loads. 
 

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LEAP CONSYS makes your analysis come to life with animated influence lines.

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CASE STUDY:    LEAP CONSPAN