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STR03 - ACI BUILDING DESIGN
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01- Design or check !
02- 6 steps of structural design
03- Design step 01 - Receiving & studying arch drawings
04- Design step 02 - Select structural system
05- Design step 03 - Placing structural columns
06- Design step 04 - Structural analysis
07- Design step 05 - Structural design
08- Design step 06 - Final drawings
09- Loads path (superstructure and substructure)
10- Load types
11- Own weight calculations
12- Covering loads calculations
13- Arch walls loads calculations
14- Live loads calculation (ASCE 7-16)
15- Live loads calculation (EGYPT CODE)
16- Ultimate & Working design methods
17- Load combinations according to (ASCE 7-16)
18- Strength reduction factor (Phi)
19- Stress-strain curve for concrete
20- RC material properties 01
21- RC material properties 02
22- Reinforcement steel properties
01- Select a structural system
02- Exploring arch drawings for 3 projects
03- Creating structural system for project 01 - Part 01
04- Creating structural system for project 01 - Part 02
05- Creating structural system for project 01 - Part 03
06- Slab thickness for project 01 - Part 01
07- Slab thickness for project 01 - Part 02
08- Creating structural system for project 02 - Part 01
09- Creating structural system for project 02 - Part 02
10- Creating structural system for project 02 - Part 03
11- Slab thickness for project 02 - Part 01
12- Slab thickness for project 02 - Part 02
13- Creating structural system for project 03 - Part 01
14- Creating structural system for project 03 - Part 02
15- Creating structural system for project 03 - Part 03
16- Ribs arrangement in AutoCAD for project 03 - Part 01
17- Ribs arrangement in AutoCAD for project 03 - Part 02
18- Ribs arrangement in AutoCAD for project 03 - Part 03
01- Different slabs types
02- Types of ribbed slabs
03- Why ribbed slabs !
04- Ribbed slabs geometry
05- Ribs dimensions
06- (EX) Design ribs for bending moment (Mu)
07- (EX) Design ribs for shear (Qu)
08- Solid part - 01
09- Solid part - 02
10- Hidden beams (HB)
11- (EX) Design hidden beams for bending moment (Mu)
12- (EX) Design hidden beams for shear (Qu)
13- Topping slab thickness (Ts)
14- Cross (X) rib
15- Ribbed slab dimensions
16- Blocks weight for 1-way ribbed slabs
17- Blocks weight for 2-way ribbed slabs
18- Limitations of ribbed slabs
01- CAD Arabic fonts problem
02- Adding LISP (CT) - Correct arabic font in AutoCAD
03- Ribs distribution rules
04- Hidden beams distribution rules
05- Arch with Str drawings
06- Structural system overview (ribbed slab)
07- Making structural system
08- Dropped beams distribution
09- Hidden beams distribution
10- Beams distribution - Part 01
11- Beams distribution - Part 02
12- Ribs distribution - Part 01
13- Ribs distribution - Part 02
14- Ribs distribution - Part 03
15- Ribs distribution - Part 04
16- Determine ribbed slab thicknesses (ACI)
05-01- Analytical Model (DXF) - Analytical model definition
05-02- Analytical Model (DXF) - DXF for SAFE
05-03- Analytical Model (DXF) - Creating analytical lines (DXF) for dropped beams
05-04- Analytical Model (DXF) - Creating analytical lines (DXF) for hidden beams
05-05- Analytical Model (DXF) - Creating analytical lines (DXF) for slabs
05-06- Analytical Model (DXF) - Finishing DXF file
05-07- Analytical Model (DXF) - Saving as DXF file
01- Why SAFE !
02- Unit system
03- SAFE user interface
04- Start SAFE
05- RC material properties
06- Rebar material properties
07- RC sections
08- Slab types in SAFE
09- Stiff area for columns
10- Materials and sections definition
11- Loads tree
12- Loads and load combinations definition
13- Import from AutoCAD - draw columns
14- Draw dropped and hidden beams
15- Draw ribbed slabs
16- Draw solid slabs for bath
17- Slab loads definition
18- Arch wall loads definition
19- Creep & Shrinkage
20- Long term deflection cases
21- Long term deflection cases in SAFE
22- Consider Compression Steel for Deflection
23- Modelling - Problem. triangle columns in SAFE
01- Check long term deflection (LTD)
02- Deflection solution 01
03- Deflection solution 02
04- Deflection solution 03
05- Deflection solution 04
06- Discussion about deflection solutions
07- Strip width
08- Draw design strips
09- Reading results
10- Ribs design
11- Creating ribs reinforcement table
12- Beams design
01- Rules for creating structural drawings
02- Creating structural drawings 01
03- Creating structural drawings 02
04- Creating structural drawings 03
05- Creating structural drawings 04
06- Creating structural drawings 05
07- Creating table of sections for ribs
08- Creating table of sections for dropped beams
09- Creating table of sections for hidden beams 01
10- Creating table of sections for hidden beams 02
11- Drawings axes for structural columns
12- Finalizing structural drawings 01
13- Finalizing structural drawings 02
01- Introduction to columns design
02- Determine short and long columns
03- Design of short columns
04- Design workflow 01
05- Design workflow 02
06- Reading columns reactions
07- Columns final sections - workflow 01
08- Columns final sections - workflow 02
09- Stirrups for columns
10- Minimum distance between steel bars in columns
11- Creating columns and axes drawings 01
12- Creating columns and axes drawings 02
13- Creating columns and axes drawings 03
14- Creating columns and axes drawings 04
01- Workflow for design
02- (EX) Calculate footing area
03- (EX) Design footing for shear
04- (EX) Design footing for bending moment
05- Footings Excel sheet
06- Footings reactions in SAFE
07- Footings sections
08- Creating foundation plan 01
09- Creating foundation plan 02
10- Creating foundation plan 03
11- Creating foundation plan 04
12- Creating foundation plan 05
13- Notes for columns and footings
14- (EX) Design footing for punching shear
15- Isolated footings with tie beams
16- Design tie beams for differential settlement
01- Membrane vs Shell vs Plate
02- Why modelling in ETABS !
03- Creating DXF
04- Sections definition
05- Modelling in ETABS
06- Loads definition
07- Error creating analysis model
08- Use special one-way load distribution way
09- Comparing shell and membrane results
10- Recheck beams based on membrane results
01- Inverted beams
02- Inverted drop panels
03- Z-beam - Connecting 2 Levels
04- Double cantilever
05- Inverted hidden beam
06- Planted columns & Transfer beams and slabs
07- Skew ribbed slabs
08- Comparison between skew and orthogonal ribbed slabs
09- One story or similar or all stories
10- Convert ETABS model to SAP
11- Divide & merge slabs in ETABS
01- Design of Short Columns
02- Check Long Columns Non Sway
03- Design of Beams (Mu, Qu, Tu)
04- Beam Section Capacity
05- Design of Slab Section
06- Calculate Wall Loads
07- Design of Isolated Footing
08- Combined Footing Design
09- Minimum Reinforcement Area
Project 1
Project 2
Project 3
Project 4
Project 7
Project 5
Project 8
Project 6
Project 9-Mosque
Project 14
Project 11
Project 10-Mosque
Project 12
Project 13
Project 15
Project 16
Project 17
Project 18
Project 19
Project 20-Mall
ACI Excel Sheets - شيتات الإكسل
ACI Code - الكود الأمريكي للتصميم
ETABS Model
ACI Full Design Of A Building - التصميم الكامل لبناية بالكود الامريكي
ASCE7 - الكود الأمريكي للأحمال
Dr. Nasr Younis Abboushi
Membrane Vs Shell Vs Plate -1
Files Used Through The Course
SAFE Models
Notes for Each Chapter
Download AutoCAD
Download SAFE
Download ETABS
01- Discussion about the system
02- Determine slab thicknesses (ts)
03- Define surface wall loads
04- Check model and design preferences
05- Check long term deflection (LTD)
06- Deflection solutions for slabs
07- Punching shear cases _ Solutions
08- Check punching
09- How to use & add drop panels for punching
10- How to use & add stirrups for punching
16-11- Flat slabs - Design slab for bending moment using Excel sheet
16-12- Flat slabs - Calculate additional RFT details
16-13- Flat slabs - Design slab for bending moment using SAFE
ACI Building Design -17-01- From SAFE16 to SAFE21 - Introduction
ACI Building Design -17-02- From SAFE16 to SAFE21 - Import DXF Architectural plan
ACI Building Design -17-03- From SAFE16 to SAFE21 - Material definition
ACI Building Design -17-04- From SAFE16 to SAFE21 - Sections definition
ACI Building Design -17-05- From SAFE16 to SAFE21 - Long term deflection cases
ACI Building Design -17-06- From SAFE16 to SAFE21 - Analysis & design resulrs
ACI Building Design -17-07- From SAFE16 to SAFE21 - Foundations
Chapter 01 - Workflow of RC Building Design
01- Design or check !
Preview
02- 6 steps of structural design
03- Design step 01 - Receiving & studying arch drawings
04- Design step 02 - Select structural system
Preview
05- Design step 03 - Placing structural columns
06- Design step 04 - Structural analysis
07- Design step 05 - Structural design
08- Design step 06 - Final drawings
09- Loads path (superstructure and substructure)
10- Load types
11- Own weight calculations
12- Covering loads calculations
13- Arch walls loads calculations
14- Live loads calculation (ASCE 7-16)
15- Live loads calculation (EGYPT CODE)
16- Ultimate & Working design methods
17- Load combinations according to (ASCE 7-16)
18- Strength reduction factor (Phi)
19- Stress-strain curve for concrete
20- RC material properties 01
21- RC material properties 02
22- Reinforcement steel properties
Chapter 02 - Creating Structural Systems for 3 Projects
01- Select a structural system
Preview
02- Exploring arch drawings for 3 projects
03- Creating structural system for project 01 - Part 01
04- Creating structural system for project 01 - Part 02
05- Creating structural system for project 01 - Part 03
06- Slab thickness for project 01 - Part 01
07- Slab thickness for project 01 - Part 02
08- Creating structural system for project 02 - Part 01
09- Creating structural system for project 02 - Part 02
10- Creating structural system for project 02 - Part 03
11- Slab thickness for project 02 - Part 01
12- Slab thickness for project 02 - Part 02
13- Creating structural system for project 03 - Part 01
14- Creating structural system for project 03 - Part 02
15- Creating structural system for project 03 - Part 03
16- Ribs arrangement in AutoCAD for project 03 - Part 01
17- Ribs arrangement in AutoCAD for project 03 - Part 02
18- Ribs arrangement in AutoCAD for project 03 - Part 03
Chapter 03 - Ribbed Slabs Definitions
01- Different slabs types
Preview
02- Types of ribbed slabs
03- Why ribbed slabs !
04- Ribbed slabs geometry
05- Ribs dimensions
06- (EX) Design ribs for bending moment (Mu)
07- (EX) Design ribs for shear (Qu)
08- Solid part - 01
Preview
09- Solid part - 02
10- Hidden beams (HB)
11- (EX) Design hidden beams for bending moment (Mu)
12- (EX) Design hidden beams for shear (Qu)
13- Topping slab thickness (Ts)
14- Cross (X) rib
15- Ribbed slab dimensions
16- Blocks weight for 1-way ribbed slabs
17- Blocks weight for 2-way ribbed slabs
18- Limitations of ribbed slabs
Chapter 04 - Hidden beams and Ribs Distribution
01- CAD Arabic fonts problem
Preview
02- Adding LISP (CT) - Correct arabic font in AutoCAD
03- Ribs distribution rules
04- Hidden beams distribution rules
05- Arch with Str drawings
06- Structural system overview (ribbed slab)
07- Making structural system
08- Dropped beams distribution
09- Hidden beams distribution
10- Beams distribution - Part 01
11- Beams distribution - Part 02
12- Ribs distribution - Part 01
13- Ribs distribution - Part 02
14- Ribs distribution - Part 03
15- Ribs distribution - Part 04
16- Determine ribbed slab thicknesses (ACI)
Chapter 05 - Creating Analytical Model (DXF)
05-01- Analytical Model (DXF) - Analytical model definition
Preview
05-02- Analytical Model (DXF) - DXF for SAFE
05-03- Analytical Model (DXF) - Creating analytical lines (DXF) for dropped beams
05-04- Analytical Model (DXF) - Creating analytical lines (DXF) for hidden beams
05-05- Analytical Model (DXF) - Creating analytical lines (DXF) for slabs
05-06- Analytical Model (DXF) - Finishing DXF file
05-07- Analytical Model (DXF) - Saving as DXF file
Chapter 06 - Modelling in SAFE
01- Why SAFE !
Preview
02- Unit system
03- SAFE user interface
04- Start SAFE
05- RC material properties
06- Rebar material properties
07- RC sections
08- Slab types in SAFE
09- Stiff area for columns
10- Materials and sections definition
11- Loads tree
12- Loads and load combinations definition
13- Import from AutoCAD - draw columns
14- Draw dropped and hidden beams
15- Draw ribbed slabs
16- Draw solid slabs for bath
17- Slab loads definition
18- Arch wall loads definition
19- Creep & Shrinkage
20- Long term deflection cases
21- Long term deflection cases in SAFE
22- Consider Compression Steel for Deflection
23- Modelling - Problem. triangle columns in SAFE
Chapter 07 - Structural Analysis and Reading Results
01- Check long term deflection (LTD)
Preview
02- Deflection solution 01
03- Deflection solution 02
04- Deflection solution 03
05- Deflection solution 04
06- Discussion about deflection solutions
07- Strip width
Preview
08- Draw design strips
09- Reading results
10- Ribs design
11- Creating ribs reinforcement table
12- Beams design
Chapter 08 - Creating Structural Drawings for Slab System
01- Rules for creating structural drawings
Preview
02- Creating structural drawings 01
03- Creating structural drawings 02
04- Creating structural drawings 03
05- Creating structural drawings 04
06- Creating structural drawings 05
07- Creating table of sections for ribs
08- Creating table of sections for dropped beams
09- Creating table of sections for hidden beams 01
10- Creating table of sections for hidden beams 02
11- Drawings axes for structural columns
12- Finalizing structural drawings 01
13- Finalizing structural drawings 02
Chapter 09 - Columns design & Creating Columns Final Drawings
01- Introduction to columns design
Preview
02- Determine short and long columns
03- Design of short columns
04- Design workflow 01
05- Design workflow 02
06- Reading columns reactions
07- Columns final sections - workflow 01
08- Columns final sections - workflow 02
09- Stirrups for columns
10- Minimum distance between steel bars in columns
11- Creating columns and axes drawings 01
12- Creating columns and axes drawings 02
13- Creating columns and axes drawings 03
14- Creating columns and axes drawings 04
Chapter 10 - Footings design & Creating Footings Final Drawings
01- Workflow for design
Preview
02- (EX) Calculate footing area
03- (EX) Design footing for shear
04- (EX) Design footing for bending moment
05- Footings Excel sheet
06- Footings reactions in SAFE
07- Footings sections
08- Creating foundation plan 01
09- Creating foundation plan 02
10- Creating foundation plan 03
11- Creating foundation plan 04
12- Creating foundation plan 05
13- Notes for columns and footings
14- (EX) Design footing for punching shear
15- Isolated footings with tie beams
16- Design tie beams for differential settlement
Chapter 11 - Check model in ETABS
01- Membrane vs Shell vs Plate
Preview
02- Why modelling in ETABS !
03- Creating DXF
04- Sections definition
05- Modelling in ETABS
06- Loads definition
07- Error creating analysis model
08- Use special one-way load distribution way
09- Comparing shell and membrane results
10- Recheck beams based on membrane results
Chapter 12 - Structural Tricks
01- Inverted beams
Preview
02- Inverted drop panels
03- Z-beam - Connecting 2 Levels
04- Double cantilever
05- Inverted hidden beam
06- Planted columns & Transfer beams and slabs
07- Skew ribbed slabs
Preview
08- Comparison between skew and orthogonal ribbed slabs
09- One story or similar or all stories
10- Convert ETABS model to SAP
11- Divide & merge slabs in ETABS
Chapter 13 - ACI Design by Excel Sheets
01- Design of Short Columns
02- Check Long Columns Non Sway
03- Design of Beams (Mu, Qu, Tu)
04- Beam Section Capacity
05- Design of Slab Section
06- Calculate Wall Loads
07- Design of Isolated Footing
08- Combined Footing Design
09- Minimum Reinforcement Area
Chapter 14 - Projects Library
Project 1
Project 2
Project 3
Project 4
Project 7
Project 5
Project 8
Project 6
Project 9-Mosque
Project 14
Project 11
Project 10-Mosque
Project 12
Project 13
Project 15
Project 16
Project 17
Project 18
Project 19
Project 20-Mall
Chapter 15 - Files & References
ACI Excel Sheets - شيتات الإكسل
ACI Code - الكود الأمريكي للتصميم
ETABS Model
ACI Full Design Of A Building - التصميم الكامل لبناية بالكود الامريكي
ASCE7 - الكود الأمريكي للأحمال
Dr. Nasr Younis Abboushi
Membrane Vs Shell Vs Plate -1
Files Used Through The Course
SAFE Models
Notes for Each Chapter
Download AutoCAD
Download SAFE
Download ETABS
Chapter 16 - Design project as flat slab
01- Discussion about the system
02- Determine slab thicknesses (ts)
03- Define surface wall loads
04- Check model and design preferences
05- Check long term deflection (LTD)
06- Deflection solutions for slabs
07- Punching shear cases _ Solutions
08- Check punching
09- How to use & add drop panels for punching
10- How to use & add stirrups for punching
16-11- Flat slabs - Design slab for bending moment using Excel sheet
16-12- Flat slabs - Calculate additional RFT details
16-13- Flat slabs - Design slab for bending moment using SAFE
Chapter 17 - Upgrade from SAFE2016 to SAFE2021
ACI Building Design -17-01- From SAFE16 to SAFE21 - Introduction
ACI Building Design -17-02- From SAFE16 to SAFE21 - Import DXF Architectural plan
ACI Building Design -17-03- From SAFE16 to SAFE21 - Material definition
ACI Building Design -17-04- From SAFE16 to SAFE21 - Sections definition
ACI Building Design -17-05- From SAFE16 to SAFE21 - Long term deflection cases
ACI Building Design -17-06- From SAFE16 to SAFE21 - Analysis & design resulrs
ACI Building Design -17-07- From SAFE16 to SAFE21 - Foundations
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