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Chapter 01 - Workflow of RC Building Design
22 Lessons-
Preview01- Design or check !
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Start02- 6 steps of structural design
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Start03- Design step 01 - Receiving & studying arch drawings
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Preview04- Design step 02 - Select structural system
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Start05- Design step 03 - Placing structural columns
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Start06- Design step 04 - Structural analysis
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Start07- Design step 05 - Structural design
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Start08- Design step 06 - Final drawings
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Start09- Loads path (superstructure and substructure)
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Start10- Load types
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Start11- Own weight calculations
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Start12- Covering loads calculations
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Start13- Arch walls loads calculations
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Start14- Live loads calculation (ASCE 7-16)
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Start15- Live loads calculation (EGYPT CODE)
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Start16- Ultimate & Working design methods
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Start17- Load combinations according to (ASCE 7-16)
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Start18- Strength reduction factor (Phi)
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Start19- Stress-strain curve for concrete
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Start20- RC material properties 01
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Start21- RC material properties 02
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Start22- Reinforcement steel properties
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Chapter 02 - Creating Structural Systems for 3 Projects
18 Lessons-
Preview01- Select a structural system
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Start02- Exploring arch drawings for 3 projects
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Start03- Creating structural system for project 01 - Part 01
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Start04- Creating structural system for project 01 - Part 02
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Start05- Creating structural system for project 01 - Part 03
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Start06- Slab thickness for project 01 - Part 01
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Start07- Slab thickness for project 01 - Part 02
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Start08- Creating structural system for project 02 - Part 01
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Start09- Creating structural system for project 02 - Part 02
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Start10- Creating structural system for project 02 - Part 03
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Start11- Slab thickness for project 02 - Part 01
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Start12- Slab thickness for project 02 - Part 02
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Start13- Creating structural system for project 03 - Part 01
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Start14- Creating structural system for project 03 - Part 02
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Start15- Creating structural system for project 03 - Part 03
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Start16- Ribs arrangement in AutoCAD for project 03 - Part 01
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Start17- Ribs arrangement in AutoCAD for project 03 - Part 02
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Start18- Ribs arrangement in AutoCAD for project 03 - Part 03
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Chapter 03 - Ribbed Slabs Definitions
18 Lessons-
Preview01- Different slabs types
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Start02- Types of ribbed slabs
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Start03- Why ribbed slabs !
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Start04- Ribbed slabs geometry
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Start05- Ribs dimensions
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Start06- (EX) Design ribs for bending moment (Mu)
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Start07- (EX) Design ribs for shear (Qu)
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Preview08- Solid part - 01
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Start09- Solid part - 02
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Start10- Hidden beams (HB)
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Start11- (EX) Design hidden beams for bending moment (Mu)
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Start12- (EX) Design hidden beams for shear (Qu)
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Start13- Topping slab thickness (Ts)
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Start14- Cross (X) rib
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Start15- Ribbed slab dimensions
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Start16- Blocks weight for 1-way ribbed slabs
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Start17- Blocks weight for 2-way ribbed slabs
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Start18- Limitations of ribbed slabs
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Chapter 04 - Hidden beams and Ribs Distribution
16 Lessons-
Preview01- CAD Arabic fonts problem
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Start02- Adding LISP (CT) - Correct arabic font in AutoCAD
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Start03- Ribs distribution rules
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Start04- Hidden beams distribution rules
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Start05- Arch with Str drawings
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Start06- Structural system overview (ribbed slab)
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Start07- Making structural system
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Start08- Dropped beams distribution
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Start09- Hidden beams distribution
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Start10- Beams distribution - Part 01
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Start11- Beams distribution - Part 02
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Start12- Ribs distribution - Part 01
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Start13- Ribs distribution - Part 02
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Start14- Ribs distribution - Part 03
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Start15- Ribs distribution - Part 04
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Start16- Determine ribbed slab thicknesses (ACI)
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Chapter 05 - Creating Analytical Model (DXF)
7 Lessons-
Preview05-01- Analytical Model (DXF) - Analytical model definition
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Start05-02- Analytical Model (DXF) - DXF for SAFE
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Start05-03- Analytical Model (DXF) - Creating analytical lines (DXF) for dropped beams
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Start05-04- Analytical Model (DXF) - Creating analytical lines (DXF) for hidden beams
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Start05-05- Analytical Model (DXF) - Creating analytical lines (DXF) for slabs
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Start05-06- Analytical Model (DXF) - Finishing DXF file
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Start05-07- Analytical Model (DXF) - Saving as DXF file
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Chapter 06 - Modelling in SAFE
23 Lessons-
Preview01- Why SAFE !
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Start02- Unit system
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Start03- SAFE user interface
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Start04- Start SAFE
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Start05- RC material properties
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Start06- Rebar material properties
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Start07- RC sections
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Start08- Slab types in SAFE
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Start09- Stiff area for columns
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Start10- Materials and sections definition
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Start11- Loads tree
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Start12- Loads and load combinations definition
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Start13- Import from AutoCAD - draw columns
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Start14- Draw dropped and hidden beams
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Start15- Draw ribbed slabs
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Start16- Draw solid slabs for bath
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Start17- Slab loads definition
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Start18- Arch wall loads definition
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Start19- Creep & Shrinkage
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Start20- Long term deflection cases
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Start21- Long term deflection cases in SAFE
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Start22- Consider Compression Steel for Deflection
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Start23- Modelling - Problem. triangle columns in SAFE
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Chapter 07 - Structural Analysis and Reading Results
12 Lessons-
Preview01- Check long term deflection (LTD)
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Start02- Deflection solution 01
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Start03- Deflection solution 02
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Start04- Deflection solution 03
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Start05- Deflection solution 04
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Start06- Discussion about deflection solutions
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Preview07- Strip width
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Start08- Draw design strips
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Start09- Reading results
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Start10- Ribs design
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Start11- Creating ribs reinforcement table
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Start12- Beams design
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Chapter 08 - Creating Structural Drawings for Slab System
13 Lessons-
Preview01- Rules for creating structural drawings
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Start02- Creating structural drawings 01
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Start03- Creating structural drawings 02
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Start04- Creating structural drawings 03
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Start05- Creating structural drawings 04
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Start06- Creating structural drawings 05
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Start07- Creating table of sections for ribs
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Start08- Creating table of sections for dropped beams
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Start09- Creating table of sections for hidden beams 01
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Start10- Creating table of sections for hidden beams 02
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Start11- Drawings axes for structural columns
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Start12- Finalizing structural drawings 01
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Start13- Finalizing structural drawings 02
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Chapter 09 - Columns design & Creating Columns Final Drawings
14 Lessons-
Preview01- Introduction to columns design
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Start02- Determine short and long columns
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Start03- Design of short columns
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Start04- Design workflow 01
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Start05- Design workflow 02
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Start06- Reading columns reactions
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Start07- Columns final sections - workflow 01
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Start08- Columns final sections - workflow 02
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Start09- Stirrups for columns
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Start10- Minimum distance between steel bars in columns
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Start11- Creating columns and axes drawings 01
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Start12- Creating columns and axes drawings 02
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Start13- Creating columns and axes drawings 03
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Start14- Creating columns and axes drawings 04
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Chapter 10 - Footings design & Creating Footings Final Drawings
16 Lessons-
Preview01- Workflow for design
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Start02- (EX) Calculate footing area
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Start03- (EX) Design footing for shear
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Start04- (EX) Design footing for bending moment
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Start05- Footings Excel sheet
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Start06- Footings reactions in SAFE
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Start07- Footings sections
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Start08- Creating foundation plan 01
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Start09- Creating foundation plan 02
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Start10- Creating foundation plan 03
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Start11- Creating foundation plan 04
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Start12- Creating foundation plan 05
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Start13- Notes for columns and footings
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Start14- (EX) Design footing for punching shear
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Start15- Isolated footings with tie beams
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Start16- Design tie beams for differential settlement
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Chapter 11 - Check model in ETABS
10 Lessons-
Preview01- Membrane vs Shell vs Plate
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Start02- Why modelling in ETABS !
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Start03- Creating DXF
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Start04- Sections definition
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Start05- Modelling in ETABS
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Start06- Loads definition
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Start07- Error creating analysis model
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Start08- Use special one-way load distribution way
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Start09- Comparing shell and membrane results
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Start10- Recheck beams based on membrane results
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Chapter 12 - Structural Tricks
11 Lessons-
Preview01- Inverted beams
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Start02- Inverted drop panels
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Start03- Z-beam - Connecting 2 Levels
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Start04- Double cantilever
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Start05- Inverted hidden beam
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Start06- Planted columns & Transfer beams and slabs
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Preview07- Skew ribbed slabs
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Start08- Comparison between skew and orthogonal ribbed slabs
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Start09- One story or similar or all stories
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Start10- Convert ETABS model to SAP
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Start11- Divide & merge slabs in ETABS
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Chapter 13 - ACI Design by Excel Sheets
9 Lessons-
Start01- Design of Short Columns
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Start02- Check Long Columns Non Sway
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Start03- Design of Beams (Mu, Qu, Tu)
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Start04- Beam Section Capacity
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Start05- Design of Slab Section
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Start06- Calculate Wall Loads
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Start07- Design of Isolated Footing
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Start08- Combined Footing Design
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Start09- Minimum Reinforcement Area
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Chapter 14 - Projects Library
20 Lessons-
StartProject 1
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StartProject 2
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StartProject 3
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StartProject 4
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StartProject 7
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StartProject 5
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StartProject 8
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StartProject 6
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StartProject 9-Mosque
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StartProject 14
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StartProject 11
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StartProject 10-Mosque
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StartProject 12
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StartProject 13
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StartProject 15
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StartProject 16
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StartProject 17
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StartProject 18
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StartProject 19
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StartProject 20-Mall
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Chapter 15 - Files & References
13 Lessons-
StartACI Excel Sheets - شيتات الإكسل
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StartACI Code - الكود الأمريكي للتصميم
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StartETABS Model
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StartACI Full Design Of A Building - التصميم الكامل لبناية بالكود الامريكي
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StartASCE7 - الكود الأمريكي للأحمال
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StartDr. Nasr Younis Abboushi
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StartMembrane Vs Shell Vs Plate -1
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StartFiles Used Through The Course
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StartSAFE Models
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StartNotes for Each Chapter
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StartDownload AutoCAD
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StartDownload SAFE
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StartDownload ETABS
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Chapter 16 - Design project as flat slab
13 Lessons-
Start01- Discussion about the system
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Start02- Determine slab thicknesses (ts)
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Start03- Define surface wall loads
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Start04- Check model and design preferences
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Start05- Check long term deflection (LTD)
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Start06- Deflection solutions for slabs
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Start07- Punching shear cases _ Solutions
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Start08- Check punching
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Start09- How to use & add drop panels for punching
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Start10- How to use & add stirrups for punching
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Start16-11- Flat slabs - Design slab for bending moment using Excel sheet
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Start16-12- Flat slabs - Calculate additional RFT details
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Start16-13- Flat slabs - Design slab for bending moment using SAFE
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Chapter 17 - Upgrade from SAFE2016 to SAFE2021
7 Lessons-
StartACI Building Design -17-01- From SAFE16 to SAFE21 - Introduction
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StartACI Building Design -17-02- From SAFE16 to SAFE21 - Import DXF Architectural plan
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StartACI Building Design -17-03- From SAFE16 to SAFE21 - Material definition
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StartACI Building Design -17-04- From SAFE16 to SAFE21 - Sections definition
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StartACI Building Design -17-05- From SAFE16 to SAFE21 - Long term deflection cases
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StartACI Building Design -17-06- From SAFE16 to SAFE21 - Analysis & design resulrs
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StartACI Building Design -17-07- From SAFE16 to SAFE21 - Foundations
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STR03 - ACI BUILDING DESIGN
ابدأ الآن و قم بتصميم مبنى كامل حتي اخراج اللوحات بشكل كامل
Course Summary
This course shows the steps of modelling and structural analysis of different building elements. This course shows how to design ribbed slabs, beams, columns and footings for a full building according to ACI regulations. This course creates structural system for 4 projects. This course includes 15 chapters from receiving arch drawings to creating final structural drawings
Course Curriculum
Mohammed Ata
Founder & CEO of Qaroura
Autodesk Expert Elite Member
Certified REVIT Professional
Structural Design Engineer
MSc of Science in Structural Engineering, Cairo University, Egypt, 2020
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