General introduction of IDEA StatiCa Concrete 2022
•
0 gefällt mir•873 views
DESIGN OF WALLS, BEAMS, AND CROSS-SECTIONS IDEA StatiCa Concrete is a design software solution for all types of reinforced concrete cross-sections, beams, walls, diaphragms, frame joints, hangings, and brackets. It also provides code-checks of prestressed concrete members. Design of simple as well as complex concrete details and cross-sections Clear pass/fail results for any geometry, based on global building codes Dozens of ready-made templates, import from DXF Complete ULS/SLS checks, including cracks IDEA STATICA FOR CONCRETE Watch how IDEA StatiCa makes the concrete design visual. No matter the complexity of reinforcement or loading, you can design and code-check whatever your project requires. And get a comprehensive report which will prove it to everybody else. Need to deal with prestressing too? It has never been easier.
Empfohlen
Empfohlen
Weitere ähnliche Inhalte
Ähnlich wie General introduction of IDEA StatiCa Concrete 2022
Ähnlich wie General introduction of IDEA StatiCa Concrete 2022 (20)
Mehr von Jo Gijbels
Mehr von Jo Gijbels (20)
Kürzlich hochgeladen
Kürzlich hochgeladen (20)
General introduction of IDEA StatiCa Concrete 2022
- 1. GENERAL INTRODUCTION OF IDEA STATICA CONCRETE
- 2. 2 AGENDA 2 • General introduction of IDEA StatiCa Concrete applications – 30 min. • Deep beams on the real project – SCIA Engineer & IDEA StatiCa Detail – 40 min.
- 6. 6 6 DISCONTINUITY REGION DESIGN
- 7. 7 WALLS 7
- 8. 8 PREFABRICATED WALLS Courtesy of Van Gogh Bouwtechniek 8
- 9. 9 BEAMS 9
- 11. 11 WHY TO USE DETAIL APP ? 11
- 12. 12 OLD DAYS From 90s to app 2010 MARKET TODAY World of BIM 12 STANDARD Easy beam NON-STANDARD Difficult beam
- 13. 13 OLD DAYS From 90s to app 2010 MARKET TODAY World of BIM 13 Design books Advanced scientific model Excel spreadsheet Estimation Avoid the difficult beam (?) STANDARD Easy beam NON-STANDARD Difficult beam
- 14. 14 POSSIBLE APPROACHES Scientifically oriented programs Strut and Tie Method IDEA StatiCa Detail oversimplifications attempt to simulate reality safe and economical designs based on valid standards 14
- 15. 15 We are here with a tool to code-check all concrete details in minutes. 15
- 16. 16 SOLUTION 16
- 19. 19 EXPERIMENTAL VERIFICATION 19 0 50 100 150 200 250 300 0.0 5.0 10.0 15.0 20.0 25.0 Load [kN] Deformations[mm] Force – displacement diagram Experiment CSFM
- 20. 20 EXPERIMENTAL VERIFICATION 20 ATENA 4,4 mm CSFM 4,1 mm Experiment 4,0 mm
- 21. 2121 VERIFICATION Worldwide recognized research team of prof. Walter Kaufmann
- 22. 22 EXPERIMENTAL VERIFICATION Specimen Z1 Z2 Z4 Z8 Long. reinforcement 14xØ14 (ρ = 1%) 14xØ14 (ρ = 1%) 14xØ14 (ρ = 1%) 10xØ14 (ρ = 0.7%) Steel quality (ductility class) High High Normal High fck_cube (MPa) 50 90 50 50 Alvarez and Marti (1996) Experimental setup [Alvarez and Marti, 1996] 22
- 23. 23 EXPERIMENTAL VERIFICATION Specimen Z1 Z2 Z4 Z8 Experiment Vexp (kN) εm,exp (%) 1294 6.7 1295 6.8 1275 0.6 924 6.4 IDEA Statica Detail Vcalc (kN) εm,calc (%) 1275 7.0 1282 4.6 1242 0.4 918 6.5 Safety factor Strength: Vexp/Vcalc Deform. capacity: εm,exp/εm,calc 1.01 0.96 1.01 1.48 1.03 1.50 1.01 0.98 [Alvarez and Marti, 1996] Alvarez and Marti (1996) Ultimate state 23
- 24. 24 IDEA STATICA BEAM & RCS 24
- 25. 25 25 SOLUTIONS Bridges of medium and small spans Cast-in-place buildings Prefabricated concrete structures
- 26. 26 WHY TO USE BEAM APP ? 26
- 27. 27 27 COMPLETE CODE CHECKS EN 1992-1-1 EN 1992-2 EN 1992-3 SIA 262 9 National Annexes Ultimate Limit States Flexure Shear Torsion Interaction of internal forces Fatigue Shear in composite joint Fire resistance Stress limitation Decompression condition Crack width Brittle failure Deflection Serviceability Limit States
- 28. 28 28 Complete, safe and economic design of reinforced and prestressed concrete members in visual form.
- 29. 29 SOLUTION 29
- 30. 30 Deep beams IDEA STATICA FOR RC EXPERTS 30 Reinforced beams Frame joints 30 Cast in situ walls Openings Deep beams Coupling beams
- 31. 31 ALL ULS/SLS CHECKS 31 Strength in concrete Cracks Anchorage length Stress in reinforcement Shear 31 Capacity N-M-M
- 32. 32 IDEA STATICA FOR PRECAST ENGINEERS 32 Precast walls Non-stadard beams Prestressed members Double ledge beam Hangings 32 Corbels/Brackets
- 33. 33 ULS/SLS CHECKS/ANALYSIS 33 Interaction Stress limitation Torsion Overall check Deflections 33 Stability
- 34. 34 IDEA STATICA FOR BRIDGE ENGINEERS 34 Diaphragms Gerber girders Piles with substructures Pier caps 34 Bridges Composite beams
- 35. 35 CHECKS AND ANALYSIS 35 Shear in composite joint Response N-M-M Bearing capacity Bridge load ratings Prestressing losses 35 TDA
- 37. 37 DESIGN SLENDER COLUMNS 37 • Design and code – check of slender columns • Nonlinear analysis • Standalone app • BIM interoperability
- 38. 38 DESIGN WORKFLOW 38 1. Geometry 2. Loads 3. Reinforcements 4. Boundary conditions 5. Material nonlinear analysis 6. Linear buckling analysis 7. Geometrical and material nonlinear analysis with imperfection 8. Report
- 39. 3939
- 46. 4646 IDEA STATICA CHECKBOT • Complete control of transferred structure o 3D visualization of imported members and load o Conversion table for materials & CSS o Load combinations management Complete control
- 47. 4747 IDEA STATICA CHECKBOT – ALL IN ONE • One solution for all BIM links • Code-check manager to Checkbot transition • IOM – open solution • Both integrated and standalone • New SAF interface with Nemetschek apps (availabe in SCIA Engineer 21.1) One solution
- 48. 4848 BIM LINKS IN 22 VERSION