Design & Modelling for Aeorplane Hangar fits for Airbus 380 for maintenance purposes and finally structural analysis by robot structural

1. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
Ahmed Ellaban - 26/01/2016
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2. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
Table of content:
1- Introduction & Objectives
2-Technical Specifications
4- Modelling & Design
3- Dimensions &Structural aspects
5- Model outputs
6- Analysis & Conclusion
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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3. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
1- Introduction & Objectives
CAD & CAE - Airbus A380 Hangar Project
Ahmed ELLABAN – 26 / 01 /2016
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4. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
2-Technical Specifications
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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5. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
3- Dimensions &Structural aspects
1st Structural Model
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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6. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
3- Dimensions &Structural aspects
2nd Structural Model
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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7. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
4- Modelling & Design
Length = 110m
Net Length= 105m
Width = 100m
Height= 35m
Net Height= 30m
Constant spacing = 5.0m
Dimensions
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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8. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
5- Model outputs
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
8

9. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
5- Model outputs
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
9

10. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
5- Model outputsSections Materials & Quantities
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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11. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
6- Analysis & ConclusionREVIT Analysis
Check for all model nodes are connected properly is successful
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
Nodes Connection
Analysis
Check for supports boundary conditions is successful as all
supports are fixed-support type.
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12. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
6- Analysis & Conclusion
Robot Structural Analysis
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
Deformation
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13. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
6- Analysis & Conclusion
Robot Structural Analysis
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
FxMx
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14. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
6- Analysis & Conclusion
Robot Structural Analysis
Conclusion:
- solving the overlapping problem and repeating the analysis.
- add horizontal bracing between the top bracing
- Modify the structure system.
CAD & CAE - Airbus A380 Hangar ProjectAhmed ELLABAN – 26 / 01 /2016
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15. Master of Science in Civil Engineering - Megastructure
Engineering with Sustainable Resources (académique)
CAD & CAE - Airbus A380 Hangar Project
Ahmed ELLABAN – 26 / 01 /201615