StatiCAD Comparison
| StatiCAD V10 Standard | StatiCAD V10 Professional | StatiCAD Ultimate | StatiCAD Hybrid | StatiCAD-Betonarme | StatiCAD V10 Yigma Standard | StatiCAD V10 Yigma Pro | |
|---|---|---|---|---|---|---|---|
| Reinforced concrete building performance analysis (TBDY 2018 Chapter 15, linear method and pushover analysis)*NEW* | ![]() | ![]() | ![]() |
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| Reinforced concrete building strengthening (TBDY 2018 15.10, Annex 15B and Annex 15C)*NEW* | ![]() | ![]() | ![]() |
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| Precast reinforced concrete building design*NEW* | ![]() | ![]() | ![]() |
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| Light gauge steel building design (HCBTİE)*NEW* | ![]() | ![]() | ![]() |
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| Steel member design in buildings (ÇYTHYE)*NEW* | ![]() | ![]() | ![]() |
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| AI Assistant*NEW* | ![]() | ![]() | ![]() |
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| BIM / IFC (import–export)*NEW* | ![]() | ![]() | ![]() |
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| Timber building design*NEW* | ![]() |
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| Polygon and 3D curved slabs*NEW* | ![]() |
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| Reinforced concrete building calculations and drawings*NEW* | ![]() |
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| New masonry building design | ![]() |
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| Performance analysis and strengthening of existing masonry buildings according to TBDY2018 and TDY2007 | ![]() |
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| Solution of walls and shear walls with shell finite elements*NEW* | ![]() |
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| Modal analysis with finite element matrices, with rigid diaphragm or without diaphragm*NEW* | ![]() |
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| Reinforcement and soil stress calculation and drawings for beam-supported or beamless raft foundations*NEW* | ![]() |
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| Rectangular and polygon column calculations*NEW* | ![]() |
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| Analysis of masonry buildings taking the damage state of walls into account*NEW* | ![]() |
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| Finite element analysis with rigid diaphragm or without diaphragm (semi-rigid, taking shell stiffnesses into account)*NEW* | ![]() |
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| Definition and consideration of a rigid basement storey in the analysis*NEW* | ![]() |
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| Use of effective section stiffnesses also for G and Q loading in seismic load combinations*NEW* | ![]() |
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| Restraining selected degrees of freedom in modal analysis with finite element matrices*NEW* | ![]() |
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| Including the vertical earthquake effect in load combinations*NEW* | ![]() |
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| Beam reinforcement quantity take-off*NEW* | ![]() |
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| Report showing location-based maximum section forces of non-reinforced-concrete beams*NEW* | ![]() |
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| Strengthening calculations and reports for walls with FRP wrapping | ![]() |
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| Beam / bond beam reinforcement design, elevation drawings and reports | ![]() |
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| Soil–structure interaction analysis | ![]() |
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| Foundation reinforcement design, elevation drawings and reports in soil–structure interaction analysis | ![]() |
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| Reinforced panel wall calculations and reports within the scope of TBDY2018 | ![]() |
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| Calculation report and drawings from SAP2000 column results in SAP2000-integrated analysis | ![]() |
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| Column layout plan and vertical longitudinal elevation drawings | ![]() |
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| Adding a background image in the modelling screen (displaying, scaling and panning a scanned project) | ![]() |
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| Easy-to-use, advanced graphical interface | ![]() |
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| New masonry building design according to TDY2007 and TBDY2018 | ![]() |
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| Risk analysis of existing masonry buildings according to RYTEİE 2019 | ![]() |
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| Reinforced masonry wall calculations and drawings according to TBDY2018 | ![]() |
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| Automatic export of the structural model to SAP2000 and design with SAP2000 results | ![]() |
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| Calculating the additional vertical loads caused by earthquakes and using them in vertical stress and shear stress checks | ![]() |
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| Calculating the additional vertical loads caused by earthquakes and using them in vertical stress and shear stress checks | ![]() |
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| Moving, copying, mirroring, polar copying and multiple copying of multiple selected elements | ![]() |
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| Assigning a common slope to selected elements of a storey with a single command | ![]() |
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| Slab thickness check for new design | ![]() |
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| Jacket reinforcement design for strengthening of masonry buildings | ![]() |
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| Strengthening drawings for masonry buildings (jacket drawing in the wall section with steel mesh and anchor details) | ![]() |
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| Whole-structure analysis in a single step and side-by-side project drawings with one click | ![]() |
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| Separate user-adjustable load factors for compression stress and shear stress checks in masonry buildings | ![]() |
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| Accurate determination of wall vertical loads with shell finite elements or the sand-heap analogy in vertical load analysis | ![]() |
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| Defining a specific stiffness factor for walls in masonry buildings | ![]() |
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| Compression and shear allowable stress checks of walls in masonry buildings | ![]() |
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| Different material properties for each wall/shear wall, with values taken automatically from code tables or entered from tests | ![]() |
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| Editing drawings with an advanced AutoCAD-like drawing editor and exporting the program-drawn project to DXF without loss of shape. | ![]() |
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