RM Bridge V8i Basic
The purpose of this course is to create a general understanding of the basic functionalities of the RM Bridge software and practical understanding of modeling and analysis of a post-tensioned concrete bridge:
- Construction stage analyses including long-term effects
- Final stage analysis including moving traffic, settlement and temperature
- Load groups and load combinations according to ULS, SLS
- Design of necessary reinforcement
After introduction into the program features of the RM Bridge and treating basic theoretical principles, the participants will be guided through 2 days of exercise in order to get the understanding for the practical use of the software. The training example is documented for later self-training.

After the course the participants will be able to generate their own geometry and carry out modeling and static analyses of bridges including construction simulation. The understanding of the RM Bridge will be good enough for the participants to guide themselves into more elaborate analyses or proceed to advanced courses.

This course is an introduction course so no previous RM Bridge knowledge or experience is required. Basic knowledge of analysis using FEM software is however an advantage for the full course understanding.

About the course
The course is delivered over two full working days, from 8:30 to 16:00, with breaks for lunch and coffee.

The course will be held in Norwegian, if requested the course can be held in English.

Included in the course
Lunch, coffe, course material and documentation.

9.500 NOK
Registration & Contact
Overwiev Bentley training!
Dag 1
Generelt overblikk i RM Bridge:
- Analyse, design og dimensjonering

RM Bridge Modeler:
- Oppbygging av geometriske modeller
- Definisjon av armering,
spenningspunkter, etc.
- Samvirkedefinisjon

RM Bridge Analysis:
- Geometri av spennkabler
- Oppspenning av spennkabler
- Lastpåføring / "Load Set"
- Byggestadier
- Tidsaksen - Langtidseffekter
- Trafikklaster (Spor, influenslinjer -
- Lastkombinasjoner for dimensjonering
(ULS, SLS, etc.)
- Dimensjonering av nødvendig armering
- Kapasitetskontroll
- Post-prosessering av resultater

Øvingseksempel - Forspent krum bru:
Praktisk øving: Modellering av brua
Dag 2
Øvingsekseksempel fortsetter
Forspent krum bru:
- Spennkabelgeometri og oppspenning
- Lastpåføring av permanente laster
- Byggestadier
- Trafikklaster
- Lastkombinasjoner
- Dimensjonering av armering

Grafisk presentasjon av analyseresultater og armeringsmengder

Export av RM-database til TCL ASCII-filer (Tool Command Language)