Training

The Bridge As-Built Plans and corresponding BrDR Models are provided for example only and may not represent the modeling techniques used by your agency.

Videos

Tutorials

General Information

Features and Tools

ARC1 – Arc Tool

ARC2 – Arc Tool 2.0

Bridge Exchange Feature Example

CNVRT1-Convert GL to GS Example CNVRT1-Convert GL to GS Example

EI1 – Exporting Importing Data

F1 – Flared Girder Example

General Preferences

Getting Started with Active Directory in BrDR

Getting Started with BrDR BrM Integration

Getting Started with PS Design Tool

Getting Started with Steel Design Tool

Getting Started with the Bridge Copy Utility

LRT1 – Load Rating Tool

ROUTE1 – Routing Example

RPT – Report Tool Example

RPT2 – Report Tool with XSL Formatting

RPT – Report Tool 2.0

TMP1 – Use of Templates TMP1 – Use of Templates

WIZ1 – Wizards

WIZ2 – Simple Bridge Layout Wizard

Getting Started for New Users

BrDR Tutorial Workbook BrDR Tutorial Workbook

General Preferences

Getting Started with Active Directory in BrDR

Getting Started with BrDR BrM Integration

Getting Started with PS Design Tool

Getting Started with Steel Design Tool

Getting Started with the Bridge Copy Utility

Introducing BrDR Environment Introducing BrDR Environment

HLP1 – Help Features

TMP1 – Use of Templates TMP1 – Use of Templates

Tolerances Example

What’s new in 700

Library

LIB1 – Library Training

LIB2 – Library Export Import

Structure & Analysis Specific

Analysis

3DFEM1 – Diaphragm Spec Checking 3DFEM1 – Diaphragm Spec Checking

3DFEM2 – Single Span Steel 3D Example 3DFEM2 – Single Span Steel 3D Example

3DFEM3 – Curved Steel 3D Example 3DFEM3 – Curved Steel 3D Example

3DFEM4 – Curved Steel Multi-Span 3D Example 3DFEM4 – Curved Steel Multi-Span 3D Example 3DFEM4 – Curved Steel Multi-Span 3D Example Input Spreadsheets

3DFEM5 – Mesh Generation and Dead Load Analysis Example 3DFEM5 – Mesh Generation and Dead Load Analysis Example

3DFEM6 – Axial Rigidity Coefficient Example with BrDR 7.6.0 3DFEM6 – Axial Rigidity Coefficient Example with BrDR 7.6.0

ADJ1 – Analysis with Adjacent Lane Routine Traffic Example

Capacity Override

DF1 – Distribution Factor Analysis (NSG) Example

DF2 – Distribution Factor Analysis (NSG) Example

DF3 – Distribution Factor Analysis (LRFR)

DF4 – Floorsystem Distribution Factor Analysis (NSG) Example

Effective Flange Width Computation Method

Field Verified Wearing Surface Thickness

LFR/LRFR Detailed Report

LS1 – Limit State Selection

Permit Rating with BrDR 7.6.0 Permit Rating with BrDR 7.6.0

RATE1 – Bridge Explorer Rating Example

Tolerances Example

Bridge As-Built Plans and Models

CIP PS-I Simple Span (varying support skew and girder spacing) CIP PS-I Simple Span (varying support skew and girder spacing)

CIP PS-I Simple Span CIP PS-I Simple Span

CIP-PS Box Continuous Span CIP-PS Box Continuous Span

PS Box Simple Span PS Box Simple Span

PS-I Continuous Span (integral with substructures) PS-I Continuous Span (integral with substructures)

PS-I Continuous Span (non-integral with substructures) PS-I Continuous Span (non-integral with substructures)

PT MCB Simple Span PT MCB Simple Span

PT MCB Simple Span (varying girder spacing) PT MCB Simple Span (varying girder spacing)

PT MCB Continuous Span (non-integral with substructures) PT MCB Continuous Span (non-integral with substructures)

RC Bent Up Bars Parabolic Tee RC Bent Up Bars Parabolic Tee

RC MCB Continuous Span RC MCB Continuous Span

RC MCB Simple Span (varying girder spacing) RC MCB Simple Span (varying girder spacing)

RC MCB Simple Span RC MCB Simple Span

RC Parabolic Tee RC Parabolic Tee

RC Slab Continuous Span RC Slab Continuous Span

RC Slab Continuous Span (non-integral with substructures) RC Slab Continuous Span (non-integral with substructures)

RC Slab Simple Span RC Slab Simple Span

RC Slab Parabolic Soffit Continuous Span RC Slab Parabolic Soffit Continuous Span

RC Tee Continuous Span RC Tee Continuous Span

RC Tee Continuous Span (non-integral with substructures) RC Tee Continuous Span (non-integral with substructures)

RC Tee Simple Span RC Tee Simple Span

STL Built-up Continuous Span STL Built-up Continuous Span

STL Plate I Simple Span STL Plate I Simple Span

STL Rolled I Simple Span STL Rolled I Simple Span

Concrete

Multi-Cell Box

MCB1 – PT MCB LRFR

MCB2 – RC MCB LRFR

MCB3 – PT MCB LFR

MCB4 – RC MCB Integral MCB4 – RC MCB Integral

MCB5 – Advanced MCB Example MCB5 – Advanced MCB Example

Prestressed Concrete

Concrete Shear LRFR Rating Iteration with BrDR 7.5.1

Getting Started with PS Design Tool

LRFR Concrete Moment Redistribution with BrDR 7.5.1

PS1 – Simple Span PS I Beam PS1 – Simple Span PS I Beam

PS2 – Three Span Spread PS Box Beam PS2 – Three Span Spread PS Box Beam

PS3 – Adjacent PS Box PS3 – Adjacent PS Box

PS4 – BrDR PS I Beam PS4 – BrDR PS I Beam

PS5 – Void PS Box Beam PS5 – Void PS Box Beam

PS6 – Skewed, Simple Span PS I Beam PS6 – Skewed, Simple Span PS I Beam

PS7 – 3 Stem PS Bridge PS7 – 3 Stem PS Bridge

PS8 – Prestressed I Beam Thicker Web

PS9 – Cut Strand for PS Beam

PS10 – PS Design Tool – Example

PS11 – Bridge Over Shoal Creek PS11 – Bridge Over Shoal Creek

PS12 – AASHTO PS Stirrup Design PS12 – AASHTO PS Stirrup Design

PS13 – Simple Span PS I Beam PS13 – Simple Span PS I Beam

PS14 – BrDR PS I Beam SR429 PS14 – BrDR PS I Beam SR429

PS15 – 2 Span Adj Box with Straight Strands PS15 – 2 Span Adj Box with Straight Strands

Reinforced Concrete

AC1 – Advanced Concrete RC Example

AC2 – Advanced Concrete PTRC Example AC2 – Advanced Concrete PTRC Example

FRM1 – Reinforced Concrete Frame Example FRM1 – Reinforced Concrete Frame Example

RC1 – Single Span Reinforced Tee Beam RC1 – Single Span Reinforced Tee Beam

RC2 – RC Slab Example RC2 – RC Slab Example

RC4 – Two Span RC Concrete Slab RC4 – Two Span RC Concrete Slab

RC5 – Schedule Based Tee RC5 – Schedule Based Tee

RC6 – Two Span RC Slab System RC6 – Two Span RC Slab System

RC7 – Varied RC Tee Beam Section Properties RC7 – Varied RC Tee Beam Section Properties

RC8 – RC Tee Beam LRFD RC8 – RC Tee Beam LRFD

RC9 – MBE Example A7 using BrDR 7.5.0 RC9 – MBE Example A7 using BrDR 7.5.0 RC9 – MBE Permit Vehicle

Culvert

CVT1-Two-Cell RC Box Culvert Example with BrDR 7.6.0 CVT1-Two-Cell RC Box Culvert Example with BrDR 7.6.0

CVT2- Metal Pipe Culvert Example CVT2- Metal Pipe Culvert Example

CVT3 – Metal Box Culvert Example CVT3 – Metal Box Culvert Example

Floor System

FS1 – Girder Floorbeam Stringer Example FS1 – Girder Floorbeam Stringer Example

FS2 – Floorbeam Stringer Line Example FS2 – Floorbeam Stringer Line Example

FS3 – Floorbeam Stringer System Example FS3 – Floorbeam Stringer System Example

FS4 – Skewed End Panel Floor System Example FS4 – Skewed End Panel Floor System Example

Steel

Fatigue and Service reports

Getting Started with Steel Design Tool

STL1 – Simple Span Plate Girder Example STL1 – Simple Span Plate Girder Example

STL2 – Two Span Plate Girder STL2 – Two Span Plate Girder

STL3 – Splice

STL4 – Simple Span Plate Girder with Loss STL4 – Simple Span Plate Girder with Loss

STL5 – Two Span Rolled Beam STL5 – Two Span Rolled Beam

STL6 – AASHTO Steel Plate Girder STL6 – AASHTO Steel Plate Girder

STL7 – Steel Shear Stud Wizard STL7 – Steel Shear Stud Wizard

STL8 – Pin Hanger Example STL8 – Pin Hanger Example

STL9 – Steel Fishbelly Web STL9 – Steel Fishbelly Web

STL10 – Corrugated Deck Rating STL10 – Corrugated Deck Rating

STL11 – Steel Plate Girder STL11 – Steel Plate Girder

STL12 – MBE Example A1 using BrDR 7.5.0 STL12 – MBE Example A1 using BrDR 7.5.0 STL12 – MBE Permit Vehicle A1

STL13 – Flange Lateral Bending STL13 – Flange Lateral Bending

STL14 – LRFD Cb Calculation using Concurrent Moments in LRFR Rating with BrDR 7.5.1 STL14 – LRFD Cb Calculation using Concurrent Moments in LRFR Rating with BrDR 7.5.1

STL15 – Steel Design Tool Example

STL16 – Lateral Torsional Buckling Resistance with BrDR 7.6.0

Weld Design and Weld Fatigue Analysis

Substructure

BrDR Substructure Review

Frame Drilled Shaft Example

Pier Drilled Shaft Pier Drilled Shaft

Pier Supports 2 Supers

Pier1 – Solid Shaft Pier Pier1 – Solid Shaft Pier

Pier2 – Frame Pier

Pier3 – Frame Pier Pier3 – Frame Pier

Pier3 – Modify Footing Pier3 – Modify Footing

Pier4 – Substructure Moment Magnification

RC Pier Supporting Slab System RC Pier Supporting Slab System

Substructure Results Report

Timber

TMBR1- Single Span Timber Beam – Sawn TMBR1- Single Span Timber Beam – Sawn

TMBR2 – Timber Deck Rating Example

TMBR3- Single Span Timber Beam – Glued Laminated TMBR3- Single Span Timber Beam – Glued Laminated

Truss System

T1 – Truss Floorbeam Stringer T1 – Truss Floorbeam Stringer

T2 – Truss Input Command T2 – Truss Input Command

T3 – Truss Floorbeam Stringer T3 – Truss Floorbeam Stringer

T4 – Floor Truss Example T4 – Floor Truss Example

T5 – Truss Enhancements Example T5 – Truss Enhancements Suspended Truss Bridge T5 – Truss Enhancements with Counter T5 – Truss Enhancements with Floorbeams

T6 – Truss Cross Section and Graphics

T7 – Truss LRFD Net Area Deduction In LRFR Truss Rating with BrDR 7.5.0 T7 – Truss LRFD Net Area Deduction In LRFR Truss Rating with BrDR 7.5.0

TGP1 – Truss Gusset Plate Example with BrDR 7.6.0

User Group Training