Design Precast-Prestressed Girders with PGSuper in No Time!We recommend that you install PGSuper Professional before using the tutorials. Learn more about how to download and install PGSuper on our Downloads Page. |
Productivity Features in PGSuper Professional
Learn how PGSuper Professional can boost your productivity when designing prestressed girders. In this narrated tutorial, Richard Pickings describes how to modify an existing harped strand design to all all-straight strand design.
Beginning Video - Design a TxDOT I-Girder Using PGSuper
New Users Start Here!! Learn the steps required to use PGSuper in a production engineering environment. In this narrated tutorial, Richard Pickings provides an introduction to using PGSuper to design a precast I-girder in a real TxDOT bridge.
Modeling Wearing Surfaces in PGSuper
Several types of wearing surfaces can be modeled in PGSuper. Each type has different implications on the analysis performed by the software. This white paper details the types of wearing surfaces that PGSuper supports, describes how they are modeled, and explains how each affects the analysis.
Creating New Girder Library Entries
Learn how to add new girder shapes to the PGSuper Library. In this narrated tutorial, Richard Pickings describes how to create a new girder library entry and input girder geometry and prestressing information. The section type created is a CalTrans Wide Flange girder which is based on
Introducing PGSuper Professional!
This game-changing new product extends the capabilities of the PGSuper precast-prestressed girder design program. PGSuper Professional enhances PGSuper by bringing a new level of design experience. With PGSuper Professional and our excellent support you get the peace of mind that this
Modeling Touch Shoring with PGSuper
This tutorial demonstrates how to model a touch shoring construction scenario with PGSuper. Touch shoring is used to support precast girders during deck placement to reduce the final stresses in the composite deck and girder system.
Modeling Lightweight Concrete with PGSuper
Enhancements made in PGSuper Version 2.4 include support for modeling lightweight concrete. Engineers can now define both the girder and deck concrete as normal weight, sand lightweight, or all lightweight concrete. This tutorial describes how to model lightweight concrete material
Modeling Inverted Tee Bent Caps
Many state DOT's make use of the Inverted Tee Bent Cap system in simple span precast-prestressed concrete girder bridges. PGSuper does not model any specific substructure system, but instead provides a flexible geometric description to accommodate inverted tee bent caps and virtually
LRFR Load Rating with PGSuper
PGSuper can perform the load rating analysis of the bridge superstructure in accordance with Section 6, Part A of the AASHTO Manual for Bridge Evaluation, also referred to as LRFR ratings. This tutorial describes how to perform a load rating analysis in PGSuper.
Substructure Design Using PGSuper Professional and VBent
BridgeSight Inc has joined forces with our friends at Viathor to provide PGSuper Professional and VBent customers a powerful new way to integrate superstructure and substructure design. The BridgeSight VBent Exporter extracts information from a PGSuper model and prepares it for import into VBent
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