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Structural Design
Introduction
Assumptions
Guide Structure
Assumptions
Structural Design
Structure of AVEVA E3D™
Structures
Hierarchy
Sections Settings
Default Section Specification
Pline Filter
Section Storage Area
Primary Node Creation
Section Tolerances
Sections
Create Sections
Create Beams
Curved Sections
Ring section
PNode at section end
Section Fittings
Joints
Modify Sections
Modify Sections Specification
Modify Sections Definition
Drag
Modify Sections Justification
Modify Sections Joint Line
Modify Sections Member Line
Modify Sections Cut Plane
Modify Beta Angle
Modify Joint
Compound Joint
Modify Fitting
Dominant Versus Subordinate Joints
Section Tools
Extend
Mitre Structural Elements
To Mitre Sections
To Mitre Sections or GENSECS with a Panel
Merge
Split Sections
Splice Sections
Flip
Material
Bracing
Utilities
Trim
Trim Connected Section Ends
Tidy
Query
Beta Angle
Penetrate Sections
Plates Settings
Panel Settings
Hierarchy
How Panels are Represented
Create Panels
Measure Distances/Directions in the Design Model
Mitre a Panel with a Section or GENSEC.
Create Negative Extrusions
Position Panels
Panel Origin
Orientation of Panels
Panel Fittings
Single Panel Fitting
Compound Fittings
To Create a Compound Fitting
To create a Sub-Compound Fitting
Modify Panels
Specification
Panel Origin
Boundary
Level Vertices
Representation
Edge Drawing
Panels Tools
Material
Split
Merge
Query Joints
Tidy Linear Joints
Penetrate Panels
Connect Panels
Edge To
Edges To
Drag Edge To
Panel Connection Window
Disconnect Panels
Trim Panel
Walls and Floors Options
Options
Hierarchy
How Walls are Represented
Create Walls
Straight Wall
Ring Wall
User Defined Wall
Compound Wall
Create Floor
Create Screed
Create Negative Extrusion
Create Compound Floor
Create Compound Screed
Create Wall Fittings
Create Wall Fittings
Create Floor Fittings
Compound Fitting
Sub-Compound Fitting
Modify Walls and Floors
Straight Wall
Specification
Position Origin
Justification
Flip
Ring Wall
Floors/Screeds
Modify Floor/Screed Definition
The Loop Vertex Editor Window
Modify Floor/Screed Justification
Thickness
Negative Extrusion
Position Origin
Specification
Modify Wall Fitting
Modify a Floor Fitting
Modify Building Levels
Delete Building Levels
Walls and Floors Tools
Material
Trace
Split a Wall
To Splice Walls
To Merge Walls
Walls Ends
Split a Floor/Screed
Modify Screed Slope
Penetrate Walls and Floors
Connect/Disconnect Walls and Floors
Connect Walls
Wall to Wall
Wall Ends
Disconnect
Stairs, Ladders and Handrails
Hierarchy
SLH Window
Standards and Defaults
Representation Mode
Stair Flight
Layout Hierarchy
Detail Hierarchy
Create Stair Flight
Detail Mode
Rung Ladder
Layout Rung Ladder Hierarchy
Detail Rung Ladder Hierarchy
Create Rung Ladder
Layout Mode
Detail Mode
Handrails
Layout Handrails Hierarchy
Detail Handrails Hierarchy
Create Handrail
Detail Handrail
Panelled Handrails
Curved Handrails
Handrails on Stairs
Modify
Modify Stairs Flight
Modify Handrails
Modify Rung Ladders
SLH Tools
Components
Split Handrails
Merge Handrails
Split Rails
Material
Admin Tasks
Trim
Tidy
Query
Structural Catalogue
Basic Features of the Catalogue
P-line Identification
Standard Profiles
Standard Joints
Column Connections
Cleated Connections
End Preparations
Baseplate Connections
Double Notched End Plates
Single Notched End Plates
Some Standard Fittings
Stiffeners
Fire Insulation
Lifting Lugs
SDNF Export/Import
Export to SDNF
Import from SDNF
Technical Information
SDNF - Structural Steel Detailing Neutral File Format
Recommended SDNF File Suffix
SDNF File Header Information
Member ID Numbers at SDNFv3
Using Linear Member Cutbacks
Cardinal Points
Default Orientations
Pline Selection Rules
UDAs
Cross Referencing Models
Cross Database Working
Issues Concerning Entity Comparison
Transfer of Curved Members
Version Numbering
Exclusions
Issues
Sample SDNF File
Import Log Files
Brief Format
Verbose Format
Sample Validity Check Log File
SDNF Environment
Upgrade a Project for SDNF
Customise SDNF
Internal Mapping Files
External Mapping Files
BOCAD Export/Import