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LEAP Bridge Concrete CONNECT Edition v19 Update 3
LEAP Bridge Concrete CONNECT Edition v19 Update 3 | 1.03 GB
The LEAP development team is pleased to announce the availability of LEAP Bridge Concrete V19 Update 3 (Build 19.01.00.11) . This release contains enhancements and bug fixes.
LEAP Bridge Concrete CONNECT Edition V19 Update 3 (October 15, 2019)
- Support of Louisiana DOT's standard beams
- Unified method to import live loads in substructure
- It allows users to import live load effects as bearing forces in the substructure module through a text file in a standard manner.
- Enhancement of copy of rebars/strands in the superstructure module
- It increases the consistency to copy strands/rebars in various dialogs in the superstructure module. It allows users to click one button to copy strands, steel reinforcement from one beam to all other beams.
- Removal dependency of wind loads per FDOT SDG
- Default configuration when FDOT SDG option is selected for WS generation. With this enhancement, users can automatically generate load combinations when both WS and WL load types are presented.
Apart from the enhancements to LEAP Bridge Concrete listed above, this release in corporates fixes for the following bugs.
- Precast / Prestressed Girder module (formerly called CONSPAN)
. Camber and deflection were incorrectly calculated for the girder-by-girder analysis option.
. Error to locate the correct file path in a user's file while the strand patterns were being configured.
- Substructure module (formerly called RC‐PIER)
. Pressure and trapezoidal forces were incorrectly read reversed in Column Loads window when the forces were being imported from a text file.
. Unable to retain the option of piles integral with cap in the frame analysis for abutment design.
. Incorrect load effects when a moment was applied at the bottom of pier column.
. Incorrect unit was shown in the design report for the manual input moment on pier column.
- Auto-design procedure of footing did not run when the Canadian and Indian design codes were selected.
. Incorrect load factors for WS and TU load types were used for the California option.
. Inconsistent definition of skew angle definition in the user's manual.
- Spliced Girder tool (formerly called CONSPLICE)
. Unable to retain changes made in the library.
. Error in the calculations of the longitudinal strain in the web reinforcement on flexural tension side when the California option was selected.
LEAP Bridge Concrete a fully integrated bridge Geometry, Substructure, and Superstructure analysis, design, and rating software for Precast and Cast-in-place (CIP) post-tensioned or reinforced concrete box girder or slab bridges built on falsework. You are joining a select group of professional engineers who use LEAP Bridge to perform efficient and accurate designs everyday. Even if you are new to computer-aided design software, you will find LEAP Bridge Concrete easy to use. If you are an expert, you will appreciate the fully integrated features that make LEAP Bridge Concrete a very powerful design tool.
LEAP Bridge Concrete (LBC) CONNECT Edition V19.01.00.11 is the consolidated version of all LEAP standalone products including CONSPAN, CONBOX, RC‐PIER, GEOMATH, and CONSPLICE. It incorporates Bentley CONNECT which helps you produce better designs by facilitatingcollaboration, interoperability, standardization and skills development. For an organization and enterprise, CONNECT provides greater insight and control over project design, deliverables and the people working on them.
In this video, review how to create a multi-span bridge in LEAP Bridge Concrete.
Bentley Systems, Incorporated. is the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure. Founded in 1984, Bentley has nearly 3,000 colleagues in more than 45 countries, $500 million in annual revenues, and, since 2001, has invested more than $1 billion in research, development, and acquisitions.
Product: LEAP Bridge Concrete
Version: CONNECT Edition V19 Update 3 (Build 19.01.00.11)
Supported Architectures: x64
Website Home Page : Language: english
System Requirements: PC *
Supported Operating Systems: *
Size: 1.03 Gb
The Bridge products will perform optimally if the recommended System requirements as outlined below are adhered to.
Processor
Intel Pentium-based or AMD Athlon-based processor 2.0GHz or greater
Operating System
Windows 10 (64-bit), Windows 8 (64-bit), Windows (64-bit)
Memory
8GB minimum, 32 GB recommended
Video
1GB of video RAM or higher recommended
Disk Space
10 GB minimum free disk space
DOWNLOAD LINKS:
LEAP Bridge Concrete CONNECT Edition v19 Update 3 | 1.03 GB
The LEAP development team is pleased to announce the availability of LEAP Bridge Concrete V19 Update 3 (Build 19.01.00.11) . This release contains enhancements and bug fixes.
LEAP Bridge Concrete CONNECT Edition V19 Update 3 (October 15, 2019)
- Support of Louisiana DOT's standard beams
- Unified method to import live loads in substructure
- It allows users to import live load effects as bearing forces in the substructure module through a text file in a standard manner.
- Enhancement of copy of rebars/strands in the superstructure module
- It increases the consistency to copy strands/rebars in various dialogs in the superstructure module. It allows users to click one button to copy strands, steel reinforcement from one beam to all other beams.
- Removal dependency of wind loads per FDOT SDG
- Default configuration when FDOT SDG option is selected for WS generation. With this enhancement, users can automatically generate load combinations when both WS and WL load types are presented.
Apart from the enhancements to LEAP Bridge Concrete listed above, this release in corporates fixes for the following bugs.
- Precast / Prestressed Girder module (formerly called CONSPAN)
. Camber and deflection were incorrectly calculated for the girder-by-girder analysis option.
. Error to locate the correct file path in a user's file while the strand patterns were being configured.
- Substructure module (formerly called RC‐PIER)
. Pressure and trapezoidal forces were incorrectly read reversed in Column Loads window when the forces were being imported from a text file.
. Unable to retain the option of piles integral with cap in the frame analysis for abutment design.
. Incorrect load effects when a moment was applied at the bottom of pier column.
. Incorrect unit was shown in the design report for the manual input moment on pier column.
- Auto-design procedure of footing did not run when the Canadian and Indian design codes were selected.
. Incorrect load factors for WS and TU load types were used for the California option.
. Inconsistent definition of skew angle definition in the user's manual.
- Spliced Girder tool (formerly called CONSPLICE)
. Unable to retain changes made in the library.
. Error in the calculations of the longitudinal strain in the web reinforcement on flexural tension side when the California option was selected.
LEAP Bridge Concrete a fully integrated bridge Geometry, Substructure, and Superstructure analysis, design, and rating software for Precast and Cast-in-place (CIP) post-tensioned or reinforced concrete box girder or slab bridges built on falsework. You are joining a select group of professional engineers who use LEAP Bridge to perform efficient and accurate designs everyday. Even if you are new to computer-aided design software, you will find LEAP Bridge Concrete easy to use. If you are an expert, you will appreciate the fully integrated features that make LEAP Bridge Concrete a very powerful design tool.
LEAP Bridge Concrete (LBC) CONNECT Edition V19.01.00.11 is the consolidated version of all LEAP standalone products including CONSPAN, CONBOX, RC‐PIER, GEOMATH, and CONSPLICE. It incorporates Bentley CONNECT which helps you produce better designs by facilitatingcollaboration, interoperability, standardization and skills development. For an organization and enterprise, CONNECT provides greater insight and control over project design, deliverables and the people working on them.
In this video, review how to create a multi-span bridge in LEAP Bridge Concrete.
Bentley Systems, Incorporated. is the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure. Founded in 1984, Bentley has nearly 3,000 colleagues in more than 45 countries, $500 million in annual revenues, and, since 2001, has invested more than $1 billion in research, development, and acquisitions.
Product: LEAP Bridge Concrete
Version: CONNECT Edition V19 Update 3 (Build 19.01.00.11)
Supported Architectures: x64
Website Home Page : Language: english
System Requirements: PC *
Supported Operating Systems: *
Size: 1.03 Gb
The Bridge products will perform optimally if the recommended System requirements as outlined below are adhered to.
Processor
Intel Pentium-based or AMD Athlon-based processor 2.0GHz or greater
Operating System
Windows 10 (64-bit), Windows 8 (64-bit), Windows (64-bit)
Memory
8GB minimum, 32 GB recommended
Video
1GB of video RAM or higher recommended
Disk Space
10 GB minimum free disk space
DOWNLOAD LINKS:
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