schedule-rm bridge basic training-optioniii

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RM Bridge Professional Engineering Software for Bridges of all Types Principle Agenda 08:30 am START Morning Session LUNCH BREAK Afternoon Session 05:30 pm END OF SESSIONS Lunch break and tea/coffee breaks during sessions as requested Monday starts at 9:00 and Friday ends at 01:00pm Lecturers: Marcos Beier, MSc; Technical Support Analyst at Bentley See next pages for contents RM Bridge Basic Training – 5 days

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Page 1: Schedule-RM Bridge Basic Training-OptionIII

RM Bridge Professional Engineering Software for Bridges of all Types

Principle Agenda

08:30 am START

Morning Session

LUNCH BREAK

Afternoon Session

05:30 pm END OF SESSIONS

Lunch break and tea/coffee breaks during sessions as requested

Monday starts at 9:00 and Friday ends at 01:00pm

Lecturers: Marcos Beier, MSc; Technical Support Analyst at Bentley

See next pages for contents

RM Bridge Basic Training – 5 days

Page 2: Schedule-RM Bridge Basic Training-OptionIII

RM Bridge Professional Engineering Software for Bridges of all Types

Introduction – Principles of RM Bridge

Start with TRAINING 2b: Prestressing AASTHO - Pre-stressed 3-span hollow

box girder bridge with curved axis built span by span

Principles of Modeller

Definition of axis in plan and elevation

Construction of cross-sections

Drawing cross-section mesh using construction lines

Definition of variable dimensions

Definition of particular reinforcements groups

Definition of check points

Drawing of dimensions

Definition of segments

Definition of nodes and elements

Assigning cross sections

Definition of tables for variable cross sections dimensions

Definition of connections and supports

Export to Analyzer

Principles of Analyzer

Definition of tendons and stressing actions

Question/Answer Session

RM Bridge Basic-Training

1st Day

Page 3: Schedule-RM Bridge Basic Training-OptionIII

RM Bridge Professional Engineering Software for Bridges of all Types

Definition of construction stages and load cases (self-weight, pre-stressing,

creep and shrinkage), usage of load manager

Definition of additional loads

Superimposed dead loads

Temperature loads

Wind loads

Load superposition

Definition of traffic loads:

Load trains

Traffic lanes

Traffic calculation

Traffic superposition

Question/Answer Session

Definition of load combinations

Performing checks

Fibre stress check

Ultimate load check

Shear Check

Fatigue Check

Result presentation (also in between lessons)

Question/Answer Session

RM Bridge Basic-Training

2nd Day

RM Bridge Basic-Training

3rd Day

Page 4: Schedule-RM Bridge Basic Training-OptionIII

RM Bridge Professional Engineering Software for Bridges of all Types

Introduction

Start with TRAINING 3b: Composite AASTHO - two-span continuous steel-

concrete composite girder

GP Principles, Starting with the geometric pre-processor

Definition of Axis, Cross Section & Segments

Export to Analyzer

RM Principles

Construction Stage Analysis and Discussion of Results

Tension Member in Composite Bridges - Discussion

Tension Member in Composite Bridges - Application in training example

RM Shear Studs - spring elements

Question/Answer Session

Introduction

Start with TRAINING 9b: Steel Design AASTHO – Steel Checks at three-span

continuous steel-concrete composite grillage of a double I girder

Wizards

Additional Link Segments

Analyzer Construction Stage Activation

Steel Checks

Question/Answer Session

RM Bridge Steel Composite Training

4th Day

RM Bridge Steel Composite Training

5th Day