ideCAD Architectural - Structural - Complete AEC Platform
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At a glance | The Most Innovative Multidisciplinary Building Information Modeling Platform for Architectural and Structural modeling , and detailing. | The Most Innovative Multidisciplinary Building Information Modeling Platform for Structural modeling , structural analysis, structural design and detailing. | The Most Innovative Multidisciplinary Building Information Modeling Platform for Architectural and Structural modeling , structural analysis, structural design and detailing. | |||
Pricing Options | ||||||
Trial License (No Time Limit) | Free | Free | Free | |||
Perpetual License - Pay one-time and use lifetime | $ 4560 | $ 8845 | $ 9900 | |||
Technical Support, Updates, and Fixes for Perpetual License | $ 912 | $ 1710 | $ 1980 | |||
Subscription for Three Years - Including Support and Updates | $ 2135 | $ 3390 | $ 3800 | |||
Deployment and installation | ||||||
Standalone Installation | ||||||
Network deployment | ||||||
Key features of ideCAD | ||||||
Parametric Components | ||||||
Interoperability | ||||||
Worksharing | ||||||
Personalization and Customization | ||||||
Architectural Visualization | ||||||
Structural Steel Modeling | ||||||
Reinforced Concrete Modeling | ||||||
Steel Connection Modeling | ||||||
Analytically Driven Modeling | ||||||
Structural Analysis | ||||||
Reinforced Concrete Design | ||||||
Structural Steel Design | ||||||
3D Analysis and Design Visualization | ||||||
Reinforced Concrete Detailing | ||||||
Structural Steel Detailing | ||||||
Integrated Architectural Modeling | ||||||
Walls | ||||||
Loadable family components (Doors, windows.) | ||||||
Curtain walls | ||||||
Ceilings, floors, zones | ||||||
Exterior Veneer | ||||||
Rooms and areas | ||||||
Site modeling | ||||||
Stairs and ramps | ||||||
Roofs | ||||||
Libraries and furnishings | ||||||
Domes, vaults | ||||||
3D Geometric Objects | ||||||
3D Text | ||||||
Sweeps | ||||||
Jambs | ||||||
Pools | ||||||
Railing, Baluster and Handrail | ||||||
Integrated Structural Modeling | ||||||
Concrete Columns | ||||||
Steel Columns | ||||||
Concrete Beams | ||||||
Steel Beams | ||||||
Secondary Steel Beam | ||||||
Shearwalls | ||||||
Column Drop Panel | ||||||
Structural Walls | ||||||
Slabs | ||||||
Waffle Slabs | ||||||
Composite Beams | ||||||
Flat Slabs | ||||||
Raft Foundations | ||||||
Strip and single footings | ||||||
Trusses | ||||||
Space Trusses | ||||||
Sag Rod | ||||||
Steel Braces | ||||||
Steel Purlins | ||||||
Sheetings | ||||||
Cranes and Crane Beams | ||||||
Steel Connection Modeling | ||||||
Industrial Buildings | ||||||
Piles | ||||||
Well foundations | ||||||
Scaffoldings | ||||||
Grade Beams | ||||||
Retaining Wall | ||||||
Steel Joists | ||||||
Automatic interaction of steel connections | ||||||
Integrated Structural Features with Architecture | ||||||
Integrated Structural Analysis | ||||||
Integrated RC Design | ||||||
Integrated Steel Design | ||||||
Integrated Steel Connection Design | ||||||
Supported Internationals Design Codes & Standards | ||||||
EN 1991-1-4 | ||||||
TS498 | ||||||
TS500-2000 | ||||||
TSC 2007 (TBDY 2007) | ||||||
TSC 2018 (TBDY 2018) | ||||||
TSC 2016 (Steel Design) | ||||||
TSC 2016 (Steel Connection Design) | ||||||
BCP SP 2007 | ||||||
NSCP 2015 | ||||||
DPT 1302-61 | ||||||
SNI 1726:2019 | ||||||
IBC | ||||||
UBC 97 | ||||||
ASCE 7-16 Seismic Design | ||||||
ASCE 7-16 Strength-Based Design | ||||||
ACI 318-19 Concrete Design | ||||||
AISC 360-16 Structural Steel Design | ||||||
AISC 360-16 Connection Design | ||||||
AISC 341-16 Seismic Provisions | ||||||
AISI S100-12 Cold formed Steel Design for Purlins | ||||||
EC 3 Structural Steel Design | ||||||
Automated Seismic Design Requirements | ||||||
International seismic standards | ||||||
Automated seismic load calculations | ||||||
Enhanced diaphragm choices | ||||||
Automated structural irregularity Check | ||||||
Retrofitting capabilities | ||||||
Seismic Design of reinforced concrete structures | ||||||
Seismic Design of steel structures | ||||||
Earthquake ground motions and design response spectrum | ||||||
Story drift determination | ||||||
P-delta effects | ||||||
Seismic separation joints | ||||||
Strength-Based Design | ||||||
Modal response spectrum analysis | ||||||
Seismic analysis for nonstructural components | ||||||
Special reinforced concrete elements | ||||||
Ordinary reinforced concrete elements | ||||||
Special steel elements | ||||||
Ordinary steel elements | ||||||
Seismic Design for Steel Connections | ||||||
Architectural and Structural Modeling for Industrial Buildings | ||||||
Two bay portal frame | ||||||
Multi bay frame | ||||||
Lattice structures | ||||||
Portal frame with internal mezzanine floor | ||||||
Crane portal frame with column brackets | ||||||
Mono-pitch portal frame | ||||||
Propped portal frame | ||||||
Curved rafter portal frame | ||||||
Cellular beam portal frame | ||||||
Crane actions | ||||||
Vertical bracing | ||||||
Plan bracing | ||||||
Connections | ||||||
Column bases | ||||||
Purlin, Tie, and Sheeting | ||||||
Advanced Structural Modeling | ||||||
Reinforcement, Rebar modeling | ||||||
Intuitive and interactive modeling with physical objects | ||||||
Integrated RC, Steel and Composite modeling in one central 3D model | ||||||
Free modeling with Steel Frame Members | ||||||
Purlin Insertion between truss and beam members | ||||||
Create Custom Trusses with Truss Editor (or import Trusses from DXF files) | ||||||
Convert free frame members to Trusses | ||||||
Easy to use steel profile selection and extensive database | ||||||
Modelling of corewalls with any Irregular shapes | ||||||
Creating multiple openings in shearwalls | ||||||
Creating multiple openings in infill walls | ||||||
Inserting partial infill walls | ||||||
Inserting multiple infill walls by two points | ||||||
Setting anchor points for column and beam sections | ||||||
Flexible modelling with dynamic input system | ||||||
Slab Openings with irregular shapes | ||||||
Slab drops with rectangular, circular or irregular shapes | ||||||
Modelling basement walls | ||||||
Modelling retrofit walls | ||||||
Modelling Column Jacketts for retrofit purposes | ||||||
Merging different models into one single model | ||||||
Shearwall group definition | ||||||
Adding short shearwall to the shearwall group | ||||||
Geometry Controls | ||||||
Rotate structure with one command | ||||||
User-defined external load in user-defined Triangle, Smooth Trapezoidal, Axial etc. shapes | ||||||
User Defined Loading | ||||||
Pile modeling with raft foundations | ||||||
Integration of stairs into the structure | ||||||
Fast modeling with rich macros | ||||||
Multiple editing on connections | ||||||
Clash checks for steel structures | ||||||
Steel connection modeling in fast mode | ||||||
Point slab load and linear slab loads | ||||||
Soil and hydrostatic loads on shear walls | ||||||
Structural Steel Connections | ||||||
Double Angle | ||||||
Single Plate | ||||||
Unstiffened Seated | ||||||
End Plate Shear | ||||||
Single Angle | ||||||
T Plate | ||||||
4 Bolts Unstiffened End Plate | ||||||
4 Bolts Stiffened End Plate | ||||||
8 Bolts Stiffened End Plate | ||||||
Bolted Flange Plate | ||||||
Welded Web | ||||||
Welded Flange Plate | ||||||
Splice Connection | ||||||
Joining Plates Splice | ||||||
Brace Center | ||||||
Brace Corner | ||||||
Base connection | ||||||
Haunch | ||||||
Flange Plate | ||||||
Stiffened Shear Plate | ||||||
Eaves Haunch | ||||||
Multi Stiffener Plate | ||||||
Multi Stiffener Plate (Horizontal) | ||||||
Welded Box/Tube | ||||||
Seating Support | ||||||
Stub | ||||||
Notched Seating | ||||||
Spacer Plate | ||||||
Wind | ||||||
Stay | ||||||
Köşebentli dirsek birleşimi (Tali kirişler için) | ||||||
Box/Tube End Plate | ||||||
Box/Tube Splice | ||||||
Continuous Beam | ||||||
Column-Column End Plate Splice | ||||||
Seating Weld | ||||||
Single Plate Seating | ||||||
Double Plate Seating | ||||||
Box/Tube Seating | ||||||
Truss | ||||||
Apex Type Connection | ||||||
Purlin Connection | ||||||
Girt Connection | ||||||
Column-Column Connection (Built Up Column) | ||||||
Simple Base Plate | ||||||
Rigid on Strong Axis Base Plate | ||||||
Rigid on Both Axis Base Plate | ||||||
Tube Base Plate | ||||||
Round Plate Tube Base Plate | ||||||
Welded Connection | ||||||
Box/Tube Cap Plate | ||||||
Column-Beam Stiffened End Plate Connection | ||||||
End Plate Truss Connection | ||||||
Seating Truss Connection | ||||||
Crane Connection | ||||||
End Plate Truss Connection for Box/Tube | ||||||
Quad Stiffener plate | ||||||
Stiffened End Plate connection | ||||||
Eaves Haunch | ||||||
Presentation and Visualization | ||||||
Sketch mode | ||||||
Shadows and Ambient Shadows | ||||||
Realistic view styles | ||||||
Orthographic and perspective views, walk-throughs | ||||||
Occlusion Culling | ||||||
Photorealistic Materials | ||||||
Rendering | ||||||
Cameras | ||||||
Animations | ||||||
Lights | ||||||
Visualization of Analysis Results | ||||||
3D visualization of data entries | ||||||
Visualization of Design Results in 3D perspective | ||||||
Visualization of deficiencies in 3D perspective | ||||||
Export analysis-design results and reports to Excel | ||||||
Documentation | ||||||
2D detail lines, 2D detail components | ||||||
Revision tracking | ||||||
Dimensioning, tagging, Annotation, and Text | ||||||
Fully integrated engineering calculation reports. | ||||||
Ordered set of reports for different project submissions | ||||||
Integration of externally created documents with the built-in reports | ||||||
Automatic table of contents, smart notifications | ||||||
Documentation integrated with the program interface (from the structure tree) | ||||||
Visual aided account printouts describing cause and effect relationship | ||||||
Layout Design | ||||||
Collaboration with Other Architectural and Structural Software | ||||||
Coordinate with other disciplines using IFC files (Import and Export) | ||||||
Import 2D or 3D DXF Files and convert 2D and 3D CAD entities to intelligent structural members | ||||||
Share analysis model with general analysis and design software | ||||||
Export 3D steel models to industry leading platforms | ||||||
Publish all detail drawings to well-known DXF and DWG formats | ||||||
Convert all engineering reports to PDF formats | ||||||
Export to Tekla .dmp | ||||||
Export to Sap2000 .s2k | ||||||
Export to 3DS | ||||||
Export to CSICOL | ||||||
Interface | ||||||
Ribbon Menu | ||||||
Classic Menu | ||||||
Interface customizations | ||||||
2D drafting, drawings, and documentation | ||||||
3D modeling and visualization | ||||||
Customize the ribbon menu and tool palettes | ||||||
Create and edit 2D geometry | ||||||
Create and edit 3D models with solids, surfaces, and mesh objects | ||||||
Apply and monitor CAD standards | ||||||
Command Line | ||||||
Command customizations | ||||||
Strcuture Tree | ||||||
Integrated 2D CAD Editor, annotation, and documentation | ||||||
Revision clouds | ||||||
Layouts | ||||||
DWG and image references | ||||||
Smart dimensioning | ||||||
Ribbon tabs | ||||||
Tool palettes | ||||||
Command line | ||||||
Layer Management | ||||||
Hatch | ||||||
Text | ||||||
Line | ||||||
Curve | ||||||
Freehand | ||||||
Circle | ||||||
Arc | ||||||
Ellipse and Elliptical Shapes | ||||||
Raster Image | ||||||
Pattern Path | ||||||
Automated Analytical Modeling | ||||||
Fully automated state-of-the-art 3D Finite Element Model | ||||||
FE Frame elements with automatic rigid zones and end releases | ||||||
Shell element modelling for shearwalls with adaptive meshing ability | ||||||
Integrated floor meshing in structural analysis | ||||||
Advanced options for rigid and semi-rigid diaphragms | ||||||
Diaphragm controlling options for different storeys | ||||||
Automatic cropping of column outlines from FE mesh | ||||||
Seismic Analysis Wizard | ||||||
Multi-stage analysis of structural systems with slab without beam (Flat slab analysis) | ||||||
Two-stage or Single-stage analysis options for Structures with basement | ||||||
Automatically detected openings | ||||||
State-Of-The-Art Structural Analysis Methods | ||||||
3D linear elastic analysis under vertical and lateral loads | ||||||
3D Nonlinear analysis under vertical and lateral loads | ||||||
Equivalent Lateral Load analysis for seismic design | ||||||
Modal Response Spectrum Analysis (RSA) for seismic design | ||||||
Eigenvalue and ritz vektor analysis | ||||||
Different direction of seismic loadings | ||||||
Cracked and uncracked section properties in the same analysis | ||||||
Automatic two-stage analysis with basements | ||||||
Automatic calculation of vertical earthquake effects | ||||||
Gradient and equal temperature difference analysis | ||||||
Automatic calculation of wind loads | ||||||
Construction stage analysis | ||||||
Soil structure interaction | ||||||
Seismic isolators | ||||||
P-Delta analysis for second-order effects | ||||||
Euler Buckling Analysis | ||||||
Dome analysis and drawings | ||||||
Ground motion scaling | ||||||
Vault analysis | ||||||
Structural analysis with static or dynamic eccentricity methods | ||||||
Linear Response History Analysis | ||||||
Design of Floor Systems and Load Decomposition | ||||||
Design of slabs with analytical methods | ||||||
Finite Element analysis and design of slabs under gravity loading | ||||||
Automatic Finite Element Slab Load Decomposition | ||||||
Fully automated state-of-the-art 3D Finite Element Model | ||||||
FEM Based Slab Design | ||||||
Deflection Check | ||||||
Punching Shear Check | ||||||
3D analysis of in-plane and out-of-plane effects with shell finite elements | ||||||
In-plane tensile pressure and shear stress check | ||||||
Reinforced Concrete Design | ||||||
Design of reinforced concrete structural members | ||||||
Automatic punching shear check | ||||||
Shearwall reinforcement design with shell element | ||||||
Slab reinforcement design with shell elements | ||||||
Design of RC slabs | ||||||
Grouping of RC beams for design | ||||||
Auto-containment of rectangular, circular and irregular shaped columns | ||||||
Auto-containment of rectangular walls and irregular shaped core-shearwalls | ||||||
Design and detailing of dowels for retrofit walls | ||||||
Design and detailing of corbels | ||||||
Design and detailing of stairs | ||||||
Design and detailing of pools | ||||||
Balanced reinforcement ratio control | ||||||
Control of deformations and internal forces for new structures | ||||||
Capacity diagrams | ||||||
Moment-curvature analysis | ||||||
Ability to watch reinforcement placement in 3D with real view | ||||||
Seismic design check of reinforced concrete structural elements | ||||||
Automated steel bar layout and selection | ||||||
Reinforced conrete waffle slab design | ||||||
Reinforced conrete ribbed slab design | ||||||
Flat slab design | ||||||
Punching shear design | ||||||
Isolated footings design | ||||||
Strip footing Design | ||||||
Raft and piled raft foundation | ||||||
Retaining wall and well foundation design | ||||||
Friction shear design for columns and shear walls | ||||||
Axial load and biaxial bending interaction design for beams | ||||||
Fully Automated Reinforced Concrete Detailing | ||||||
Automatic preview of RC details | ||||||
Fully automatic detailed drawings | ||||||
Automatic sheet and drawing management | ||||||
Dynamic quatity tables and automatic change management | ||||||
Manual drafting with intelligent rebars and detailing items | ||||||
2D Component design and 2D detailing library | ||||||
Automated RC Detail Drawings, Sheet Management & Manual Drafting | ||||||
Automated Seismic & Ductile Detailing | ||||||
Design and Detailing of Pools | ||||||
Comprehensive Engineering Library | ||||||
Steel Design | ||||||
Design of steel columns and beams | ||||||
Design of steel purlins, girts and braces | ||||||
Steel design in accordance with AISC (LRFD, ASD), EC3 | ||||||
Automatic Vertical Deflection Check for Steel Members | ||||||
Automatic design of steel connections | ||||||
FE Analysis and Design of Steel Facade Scaffolds | ||||||
Composite beam design in floor with trapezoidal sheet and solid sheet | ||||||
Design of steel joints in accordance with AISC | ||||||
Automatic design in accordance with plastic design rules in simple shear and moment connections specified in TBDY 2018 Annex 9B | ||||||
Crane beam design | ||||||
Castellated Steel beam design | ||||||
Cold formed steel design for steel purlins | ||||||
Reinforcement Detailing | ||||||
Fully Automated Steel Detailing | ||||||
Automatic connection design and detailing | ||||||
Creation of connections manually with powerful modelling tools | ||||||
Insertion of checker plates and grid systems | ||||||
Fast insertion of stair treads | ||||||
Automated insertion of handrails | ||||||
Design check reports for steel connections | ||||||
General arrangement drawings for steel structures | ||||||
Powerful clash checks and model auditing for fabrication | ||||||
Comprehensive part and assembly numbering options | ||||||
Fully automatic assembly and part drawings | ||||||
Automatic generation of general construction drawings | ||||||
Automatic sheet optimization | ||||||
Ability to obtain drawings of only selected elements | ||||||
Column anchorage drawings | ||||||
Application plan drawings | ||||||
Axis and view drawings | ||||||
Roof plan drawings | ||||||
Truss drawings | ||||||
Advanced drawing settings | ||||||
Single Part Drawings | ||||||
Assembly Drawings | ||||||
3D isometric view drawings | ||||||
Assembly Drawings with Single Parts | ||||||
General contruction drawings | ||||||
General construction drawings with single parts and assembly | ||||||
Point detail drawings | ||||||
User-defined annotations | ||||||
Foundations Analysis and Design | ||||||
Automatic design of pad bases and strip footings | ||||||
FE analysis of foundation systems | ||||||
FE analysis and design of raft foundations | ||||||
Automatic analysis and design of retaining walls | ||||||
Seismic analysis and design of piles | ||||||
Creating piles under raft foundations | ||||||
Optional using pseudo coupled winkler springs for raft foundations | ||||||
Changing column-foundation connection size in raft foundation superstructure interaction | ||||||
Soil-Strcuture interaction | ||||||
Punching shear check | ||||||
Performance-Based Design | ||||||
Complete Automation of Performance-Based Design | ||||||
Concrete Material Models with Performance Levels (Confined and Unconfined) | ||||||
Concrete Fiber Models for Shear Walls and Columns | ||||||
Distributed Plasticity Modeling of Reinforced Concrete Shear walls | ||||||
Pushover Analysis | ||||||
Incremental Response Spectrum Analysis | ||||||
Performance based design for different ground motion level | ||||||
Nonlinear reinforcement material model | ||||||
Moment curvature analysis under axial force and biaxial bending | ||||||
Plastic hinge model in reinforced concrete columns and beams | ||||||
Multi mode pushover analysis | ||||||
Single-Mode Pushover Analysis | ||||||
Linear performance analysis | ||||||
Calculation and Assessment of nonlinear deformation and internal forces | ||||||
Automatic performance design for concrete model and reinforcement arrangement | ||||||
Derivation of nonlinear force-deformation relations using Fiber model | ||||||
Automatic calculation of performance point | ||||||
Soil-Strcuture interaction for pushover analysis | ||||||
Confined and unconfined nonlinear concrete material model | ||||||
Structural Retrofitting of Existing Buildings | ||||||
Control of reinforcements and internal forces for existing buildings | ||||||
Ability to examine building damage information on 3D model | ||||||
All Performance-Based Design Features | ||||||
Linear performance analysis and assessment of existing buildings | ||||||
Risk Assessment of existing buildings | ||||||
Nonlinear analysis | ||||||
Column jacketing design | ||||||
New shear walls in existing RC buildings | ||||||
Fiber-Reinforced polymers | ||||||
Retrofit structure detailing | ||||||
Training and Support | ||||||
Technical support directly from professional structural engineers | ||||||
Dedicated support portal with Extensive knowledge base, documentation and community | ||||||
Online training videos | ||||||
Pricing Options | ||||||
Trial License (No Time Limit) | Free | Free | Free | |||
Perpetual License - Pay one-time and use lifetime | $ 4560 | $ 8845 | $ 9900 | |||
Technical Support, Updates, and Fixes for Perpetual License | $ 912 | $ 1710 | $ 1980 | |||
Subscription for Three Years - Including Support and Updates | $ 2135 | $ 3390 | $ 3800 | |||
At a glance | The Most Innovative Multidisciplinary Building Information Modeling Platform for Architectural and Structural modeling , and detailing. | The Most Innovative Multidisciplinary Building Information Modeling Platform for Structural modeling , structural analysis, structural design and detailing. | The Most Innovative Multidisciplinary Building Information Modeling Platform for Architectural and Structural modeling , structural analysis, structural design and detailing. |