ENERCALC 3D
License Agreement
Terms and Conventions
Introduction
Graphical User Interface (GUI)
Spreadsheet Navigation
Ribbons
Quick Access Toolbar
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Node Display Options
Member Display Options
Shell Display Options
Display Options
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Quick Access Tab
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Static Analysis
Node Display Options
Member Display Options
Shell Display Options
Display Options
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Query
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File
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General Information
Model Statistics
View Log File
Create
Nodes
Members
Shells
Bricks
Boundary Conditions
Support
Inclined Roller
Springs
Constraints
Diaphragms
Coupled Springs
Generic Constraints
Equal Constraints
Templates
2D Truss/Frame
Rectangular Frames
Cylindrical Frames
Rectangular Shells
Circular Shells
Arc Members
Non-Prismatic Members
Rectangular Tank
Entities from other Entities
Nodes from Grid
Members by Nodes
Shells by Nodes
Bricks by Nodes
Grids & Snaps
Drawing Grid Setup
Toggle Grid Display
Snap to Points
Perpendicular Point
Clear Snap Points
Member Properties
Member Properties
Materials
Sections
Local Angles
Moment Releases
Tension/Compression Only
Cracking Factors
Rigid Offsets
Shell Properties
Shell Properties
Materials
Thicknesses
Element Local Angles
Story Drift Nodes
Named Selection
Levels
Draw Loads
Nodal Loads
Point Loads
Line Loads
Area Loads
Surface Loads
Thermal Loads
Self Weights
Self Weight Exclusion
Generate Loads
Fluid Loads
Pattern Loads
Moving Loads
Copy Load Case
Convert Area Loads to Line Loads
Convert Local Loads to Global Loads
Additional Masses
Response Spectra Library
Load Cases
Load Combinations
Line Select
Window/Point Select
Select
Select Nodes
Select Members
Select Shells
Select Bricks
Select All
Unselect All
Select by Properties
Select by Materials
Select by Member Sections
Select by Member Orientations
Select Tension/Compression Only Members
Select by Shell Thickness
Select Orphaned Nodes
Select Elements Connected to Selected Nodes
Select Elements with Self Weight Excluded
Select Inactive Elements
Select by Coordinates
Select by Selection Names
Select by RC Beam Design Criteria
Select by RC Column Design Criteria
Select by RC Plate Design Criteria
Select by Steel Design Criteria
Select by Unity Check Ratios
Invert Selection
Advanced Meshing
Add Region
Add Hole
Add Internal Points
Add Tree
Edit Region
Edit Hole
Edit Internal Points
Edit Tree
Delete Region
Delete Hole
Delete Internal Points
Delete Tree
Clear Mesh Model
Load Mesh Model from File
Save Mesh Model to File
Activate Regions
Generate Mesh
Generate Mesh from File
View Mesh Model
Annotate Mesh Model
Modify
Lock Model
Copy
Array
Mirror
Move Origin
Move
Rotate
Scale
Delete
Extrude
Extrude Nodes to Members
Extrude Members to Shells
Extrude Shells to Bricks
Revolve
Revolve Members to Shells
Revolve Shells to Bricks
Split
Split Members
Insert Nodes at Intersections of Selected Members
Split Selected Members at Nodes
Member Properties
Member Properties
Materials
Sections
Element Local Angles
3-Point Member Orientation
Moment Releases
Tension/Compression Only
Convert Selected Members to Rigid Links
Cracking Factors
Rigid Offsets
Shell Properties
Shell Properties
Materials
Thicknesses
Element Local Angles
Match Local x-Axes with Source
Match Local z-Axes with Source
Align Local z-Axes with Reference Point
Align Local y-Axes with Reference Point
Sub-Mesh Shells
Renumber
Auto Renumber All Nodes
Renumber Selected Nodes
Renumber Selected Members/Shells/Bricks
Switch Coordinates
Reverse Node Order for Selected Elements
Merge All Nodes & Elements
Remove All Orphaned Nodes
Element Activation
View
Drawing Grids
Drawing Grid Setup
Toggle Grid Display
Redraw
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Preset Views
Named Views
Zoom Extent
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Rotate
Rotate +X
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Rotate +Y
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Rotate +Z
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Pan
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Load Diagram
Query
Measure
Render Options
Quick Render
Diaphragm Render
Global Axes
Contour Legend
Comment
Hide Selected
Hide All Except Level
Hide All Except Plane
Show All
Display Options
Tables
The "Fill Down" Command
Show Data for Selected Entities Only
Materials
Sections
Thicknesses
Nodes
Members
Shells
Bricks
Supports
Springs
Nodal Springs
Line Springs
Surface Springs
Member Releases
Diaphragms
Multi-DOF Constraints
Load Cases
Load Combinations
Nodal Loads
Point Loads
Line Loads
Area Loads
Surface Loads
Self Weights
Thermal Loads
Member Thermal Loads
Shell Thermal Loads
Brick Thermal Loads
Masses
Calculated Masses
Additional Masses
Response Spectra Library
Story Drift Nodes
Comments
Analysis
Analysis Options
Static Analysis
Frequency Analysis
Response Spectrum Analysis
View Log File
Analysis Results
Show Results for Selected Entities Only
Results Load Combination
Nodal Displacements
Story Drifts
Support Reactions
Nodal Spring Reactions
Line Spring Reactions
Surface Spring Reactions
Multi-DOF Constraint Forces & Moments
Member End Forces & Moments
Member Segmental Results
Shell Forces, Moments & Stresses
Shell Forces & Moments
Shell Principal Forces & Moments
Shell Stresses [Top & Bottom]
Shell Principal Stresses
Shell Nodal Resultants
Bricks
Brick Stresses
Brick Principal Stresses
Dynamics
Eigenvalues
Eigenvectors
Mode Participation Factors
Modal Displacements SX, SY and SZ
Inertial Forces SX, SY and SZ
Modal Nodal Displacements
Modal Support Reactions
Modal Nodal, Line and Surface Spring Reactions
Modal Multi-DOF Constraint Forces & Moments
Modal Member End Forces & Moments
Modal Member Segmental Results
Modal Shell Forces & Moments
Modal Brick Stresses
Modal Base Shears
Shear & Moment Diagram
Deflection Diagram
Contour Diagram
Mode Shape
Response Animation
Concrete Design
RC Materials
RC Model Design Criteria
RC Design Criteria
RC Beam Design Criteria
RC Column Design Criteria
RC Plate Design Criteria
Exclude Concrete Elements
Cracking Factors
RC Design Properties
RC Beam Design Properties
RC Column Design Properties
RC Plate Design Properties
RC Member Input
RC Plate Input
Perform Concrete Design
Concrete Design Output
RC Analysis Envelope
RC Beam Results
RC Column Results
Member Shear Results
Wood-Armer Moments
RC Plate Results
Flexural/Axial Interaction
Sections
P-Mx (+)
P-Mx (-)
P-My (+)
P-My (-)
P-Mx-My
Print Diagrams
Concrete Design Diagrams
RC Member Envelope Diagram
RC Plate Envelope Contour
Concrete Design Tools
Rebar Database
K Calculator
Quick R-Beam Flexural Design
Quick T-Beam Flexural Design
Unity Check
Steel Design
Steel Materials
Steel Design Criteria
Steel Design Criteria
Steel Member Design Criteria
Steel Section Pool
Exclude Steel Elements
Steel Member Design Properties
Steel Member Input
Perform Steel Design
Steel Design Results
Steel Design Tools
K Calculator
Steel Section Check
Steel Section Design
Unity Check
Reporting
Print Text Report
Print Envelope Report
Print Current View
Print Options
Print RC Report
Print Steel Design Report
Settings & Tools
New Window
Tile Horizontal
Tile Vertical
Cascade
Clear Undo & Redo
Clear Results
Clear Everything
Unit Conversion
Calculator
Text Editor
Copy Command History
Clear Command History
Toolbar
Units & Precisions
Data Options
Graphic Scales
Colors
Preferences
Help
Online User's Manual
User's Manual PDF
Technical Support
Upload Model to Support
Online Training Manual
Training Manual PDF
Training Videos
Verification Manual
Release Notes
About ENERCALC 3D
Sign Conventions
Beam Forces & Moments
Shell Forces & Moments
Toolbars
Input/Output Toolbar
Status Bar
Coordinate Systems
Global Coordinate System
Local Coordinate Systems - General
Member Local Coordinate System
Four-Node Shell Local Coordinate System
Eight-Node Brick Local Coordinate System
Nodes
Nodal Coordinates
Degrees of Freedom (DOFs)
Node Numbers
Loads
Supports
Springs
Members
Member Sections
Local Coordinate System
Member Numbers
Beams vs. Trusses
Elastic Stiffness Matrix
Geometric Stiffness Matrix
Moment Releases
Tension/Compression-Only
Rigid Links
Rigid Diaphragms
Loads
Line Springs
Internal Forces and Moments
Shells
Shell Thicknesses
Local Coordinate System
Shell Numbers
Element In-Plane Stiffness Matrix
Element Out-of-Plane Stiffness Matrix
Combining Element In-Plane and Out-of-Plane Stiffness Matrices
Loads
Surface Springs
Internal Forces or Moments
Membrane Nodal Resultants
Bricks
Local Coordinate System
Brick Numbers
Element Stiffness Matrix
Loads
Internal Stresses
Static Analysis
Load Cases and Load Combinations
Linear, Non-linear Static Analyses
P-Delta (P-Δ) vs. P-delta (P-δ)
Solution Algorithm
Solution Accuracy and Stability
Frequency Analysis
Solution Algorithm
Mass and Stiffness
Solution Convergence
Response Spectrum Analysis
Concrete Design – ACI 318-02/05/08/11/14
Concrete Column Design
Concrete Beam Design
Concrete Slab/Wall Design
Steel Design
Section Orientation
Member Internal Forces and Moments
Solution Algorithms
References
Appendix
Unit Conversions
Designations, diameters and areas of standard bars