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Diamonds
- Working Environment
- Overview of shortcuts in Diamonds
- Configuration settings
- Design types
- Grid settings
- Selecting elements
- Drawing plane
- Managing levels
- Ground level
- Defining groups
- Groups for calculating buckling lengths
- Groups for geometry operations
- Groups for defining loads
- Groups for defining cross-sections
- Geometry buttons
- Selecting pointer
- Label and comment
- Drawing
- Drawing points
- Drawing lines
- Drawing surfaces (slabs, plates or walls)
- Drawing structure elements
- Drawing footings
- Drawing parametric forms
- Drawing parametric structures
- Deleting points, lines and surfaces
- Operations
- Divide
- Extrude
- Move and copy
- Rotate
- Projection
- Mirror
- Intersect
- Model verification
- Scale
- Rotate cross-section
- Properties
- Point properties
- Line properties
- Cross-section properties
- Surface properties
- Footing properties
- Choose material
- Choose cross-section
- Supports
- Supports on points and lines
- Supports on surfaces
- Rigid links
- Eccentricities
- Boundary conditions for bars
- Boundary conditions for surfaces
- Fire protection
- Table 'Data'
- Buckling and lateral buckling parameters
- Settings for buckling
- Settings for lateral torsional buckling
- Load buttons
- Load groups
- Load combinations
- Load combinations in time
- Loads on points
- Point load
- Moment
- Loads on lines
- Point load
- Distributed load
- Moment
- Distributed torsion
- Redistribution of surface loads
- Loads on surface – distributed load
- Temperature loads
- Temperature loads on bars
- Temperature loads on surfaces
- Wind load generator
- Terrain parameters
- Generator on frames/ canopy roofs
- Generator on surfaces
- Generator on bar groups
- Snow load generator
- Terrainparameters
- Generator on frames
- Generator on surfaces
- Generator on bar groups
- Seismic loads
- Lineair dynamic loads
- Sub load group (dynamic load)
- Main load group (dynamic load)
- Crane loads
- Moving loads library
- Allocate crane load to model
- Summary of applied crane loads
- Animation
- Fire loads
- Operations
- Deleting and editing loads
- Move or copy-paste loads with dialogue
- Copy-paste loads with right mouse button
- Scale loads
- Results buttons
- Displaying deformations
- Displaying internal forces in bars
- Displaying internal forces in surfaces
- Displaying reactions
- Displaying elastic stresses in bars
- Displaying elastic stresses in surfaces
- Displaying reinforcement amounts
- Displaying unity check results
- Displaying cracking width
- Displaying thermal results
- Displaying results along a cut line
- Modal reaction
- Tables
- Table 'Results'
- Table 'Equilibrium check'
- Table 'Modal information'
- Detailed results
- Detailed results in a cross-section
- Calculations
- Mesh
- Elastic analysis
- Fire safety analysis
- Modal analysis
- Buckling length calculation
- Soil calculations
- Concrete design
- Choosing a concrete standard
- Reinforcement calculation
- Reinforcement calculation in bars
- Reinforcement calculation in surfaces
- Punching shear calculation in (foundation) slabs
- Punching shear calculation in footings
- Practical reinforcement
- Practical reinforcement using basic tool
- Practical reinforcement using advanced tool
- Calculation cracked deflection
- Cracked deflection over time
- Cracked deflection at time infinity
- Calculation of cracking width
- Steel and timber design
- Choosing a steel or timber standard
- Check strength and stability (unity check)
- Results for strength and stability
- Optimization strength and stability
- Optimization fire-resistant coating
- Deformations in stainless steel
- Connection design
- Calculation of a connection using PowerConnect
- Selecting combinations
- Calculating a connection
- Saving a connection in the library
- Assigning connection characteristics to a node
- Parametric connections
- Connection library
- Connection verification in Diamonds
- Reporting
- Project reference
- Creating a new report
- 'General' tab
- 'Geometry' tab
- 'Loads' tab
- 'Global results' tab
- 'Detailed results' tab
- Moving, modifying, copying and deleting a report
- Printing a report
- Defining a printer
- Page setup
- Printing a report
- Print review
- Saving a report in an RTF-file
- Libraries
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1•2•Build
- Getting Started
- Design of a continuous beam
- Drawing a beam
- Defining supports
- Introduction of loads
- Design of a steel beam
- Design of a reinforced concrete beam
- Design of a timber beam
- Estimation of the materials
- Changes to a beam
- Using function ‘Load descent’
- Managing projects
- Design of a column
- Design of a truss
- Design of a repetitive structure
- Design of plates in reinforced concrete
- Reports
- Working Space
- Selecting elements
- Managing projects
- Printing the model window
- List of materials
- Reinforcement sketch
- Model management
- Model types
- Zoom and pan
- The grid
- Show and hide elements
- Show model data
- Show graph data
- Model representation
- Toolbar Geometry
- Selection arrow
- Drawing lines
- Dividing lines
- Parametric structures
- Assigning supports
- Hinged bar ends
- Move elements on screen
- Adjusting a node/ point
- Adjusting a line/ bar
- Toolbar Loads
- Load cases
- Point loads and moments on nodes
- Point loads and moments on bars
- Distributed and trapezium load on bars
- Wind generator for 2D frames
- Internal pressure coefficient
- Terrain parameters
- Editing of loads
- Load descent function
- Toolbar Analysis
- Toolbar Plot
- Deformations
- Internal forces
- Elastic stresses
- Reaction forces
- Theoretical reinforcement
- Resistance and stability verification
- Analysis & Dimensioning
- Elastic analysis
- Maximum relative deflection
- Choice of design standard
- Verification of steel and timber
- Reinforcement calculation
- Buckling length calculation
- Report
- User settings
- Import & Export
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PowerConnect
- Getting Started
- PowerConnect Tutorials
- T1 - Bolted Beam to Column Flange
- Setting up the model
- T2 - Bolted Beam to Beam with Moment End Plate
- T3 - Column Base with Extended End Plate
- T4 - Bolted Beam to Column Web
- T5 - Bolted Splice
- T6 - Beam to Column Flange with Fin Plate
- T7 - Beam to Beam Web with Bolted Angle Cleats
- T8 - CHS Connection
- T9 - RHS Connection
- General Workflow
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ConCrete
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Documentation
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Diamonds
-
1•2•Build
-
PowerConnect
-
ConCrete
This document has no sections yet. Check back later or wait for the author to add content.
