Reinforced Concrete Design

as per Eurocode

Soo-hyeong Kim,

Computational Engineer, MIDAS IT

(+44) 20 7559 1391

SooKim@MidasUser.com

using Midas Gen

22nd September 2016 | 10:00-11:00 AM

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01

CONTENTS

• Introduction

• Overview of User Interface

• RC Design workflow Midas Gen

• Modelling

• Applying Load

• Design

• Design Report Generation

02

Menu Icon

(Ribbon Style)

Modelling

View Window

Works Tree 2

Status BarMessage

Window

Main Menu

Toolbars

Main Menu

View Tab

Command

Line

Named

View

Work

Toolbars

Task Pane

Work Dialogue

View Control

Toolbars

File Menu Quick Menu Register Licence Help

03

User Interface

04

Import ModelsShare models between Midas and other software through many supported file formats.

MODELLING

Above:AutoCAD .DXF file showing a 3D centreline of a first floor and supporting columns.

Right:Model after the .DXF file has been imported. Line and four-sided polygons are imported as beam and plate element.

05

Mesh GenerationUse the Auto-mesh within midas to create meshes for plane sections such as walls or slabs.

MODELLING

Above:Model before the floor slab is meshed. Beams highlighted in red define the area to be meshed.

Right:Model after the floor slab is meshed. Slab meshed using quadrilateral and triangle elements.

06

Generate StoreyApply Building Generation to duplicate stories to build your model.Use the Story function to define stories within your structure for auto-calculated storey forces (wind and static seismic loads).

APPLYING LOAD

Above:Model with multiple storey generated by the Building Generation.

Right:Automated wind load profile at various storey of the model.

07

Construction Stage AnalysisLink time-dependent material properties such as Creep/Shrinkage and Compressive Strength to selected materials to model changes with time.

APPLYING LOAD

Diagonal:Contour plot of displacement due to self weight throughout the construction stages.

Left:Plot of compressive strength with time for time-dependent material analysis.

Stage 1

Stage 2

Stage 3

Stage 4

Stage 5

08

RC DesignAdd reinforcement to beams, columns, walls and braces assisted by the Concrete Code Design for automated rebar design suggestions.Modify the rebar data as and when required.Check against the various design codes within midas database.

RC DESIGN

Above:Graphical output of design calculation and checks.Left:Window for modifying rebar data.

Left:Tabulated results for reinforced concrete design check of various structural members.

09

Midas GSDDesign custom sections using in built Midas General Section Designer (GSD) to draw, modify and design reinforced concrete sections.

RC DESIGN

Top:A plot of N-M interaction curve within midas GSD for RC section design.

Bottom:Contour plot of stress along the cross-section of a custom section in midas GSD.

Bottom right:Screen shot of midas GSD for custom section design.

10

Dynamic Report GeneratorGenerate design reports aided by Dynamics Report Generator to drag and drop figures and tables into the report.Update with a click to keep the report up-to-date with any changes.

REPORT GENERATION

Top:Contour of displacement saved as a Dynamic Report Image.

Bottom:Tabulated result of reactions at support positions saved as a Dynamic Report Table.

Bottom right:Dynamic Report Generator open within Microsoft Word with the dynamic report image and table inserted.

Check more on en.midasuser.com

Ask us directly UKsupport@MidasUser.com

Call us +44-207-559-1387

http://en.midasuser.com/

UK-Support

11

THANK YOU

Soo-hyeong Kim,

Computational Engineer, MIDAS IT

(+44) 20 7559 1391

SooKim@MidasUser.com