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Chapter 01 - General Concepts
13 Lessons-
Preview01- Material properties 01
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Start02- Material properties 02
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Start03- Creep & Shrinkage
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Start04- Reinforcement Steel Properties
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Start05- Unit System
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Start06- Ultimate & Working Design Methods
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Start07- Ultimate Load Factors
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Start08- Brick Walls Loads Calculations
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Start09- Strength Reduction Factor (Phi)
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Preview10- Punching shear cases _ Solutions
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Start11- Inertia Modifiers
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Start12- Stress-strain curve for concrete
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Start13- Load combinations according to (ASCE7-16)
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Chapter 02 - Design of Columns
20 Lessons-
Preview01- Determine Short and Long Column
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Start02- Design of Short Columns 01
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Preview03- Design of Short Columns 02
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Start04- Design of Short Columns 03
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Start05- Design of Short Columns 04
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Start06- Stirrups For Short Columns
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Start07- Design of ( Pu _ Mu) Columns 01
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Start08- Design of ( Pu _ Mu) Columns 02
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Start09- Design of ( Pu _ Mu) Columns 03
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Start10- Design of ( Pu _ Mu) Columns 04
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Start11- Design of ( Pu _ Mux _ Muy ) Columns 01
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Start12- Design of ( Pu _ Mux _ Muy ) Columns 02
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Start13- Design of ( Pu _ Mux _ Muy ) Columns 03
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Start14- Design of Long Columns 01
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Start15- Design of Long Columns 02
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Start16- Design of Long Columns 03
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Start17- Design of Long Columns 04
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Start18- Design of Long Columns 05
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Start19- Design of L-Shape Columns
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Start20- Minimum distance between steel bars in columns
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Chapter 03 - Design of Beams
24 Lessons-
Preview01- Design beams for bending moment 01
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Preview02- Design beams for bending moment 02
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Start03- Design beams for bending moment 03
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Start04- Check steel strain
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Start05- Design beams for bending moment 04
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Start06- Design beams for bending moment 05
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Start07- Design beams for bending moment as doubly reinforced section
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Start08- Design beams for shear 01
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Start09- Design beams for shear 02
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Start10- Design hidden beams 01
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Start11- Design hidden beams 02
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Start12- Design T-sec beams 01
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Start13- Design T-sec beams 02
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Start14- Design T-sec beams 03
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Start15- Design T-sec beams 04
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Start16- Design T-sec beams 05
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Start17- Design T-sec beams 06
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Start18- Design beams for torsion 01
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Start19- Design beams for torsion 02
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Start20- Design beams for torsion 03
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Start21- Minimum distance between steel bars in beams
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Start22- Beam detailing (RFT+Stirrups)
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Start23- Skin reinforcement provisions
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StartACI Manual Design -03-24- Beams - Skin reinforcement calculations
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Chapter 04 - Design of Slabs
18 Lessons-
Preview01- Different types of slabs
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Start02- One way & Two way slabs
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Start03- Calculate minimum slab thickness
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Start04- Design of slabs for bending moment 01
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Start05- Design of slabs for bending moment 02
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Start06- Design of slabs for bending moment 03
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Start07- Ribbed slabs types
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Start08- Determine ribbed slabs thickness
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Start09- Design of ribs for bending moment
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Start10- Design of ribs for shear
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Start11- Slabs Corner Reinforcement
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Start12- Design of flat slabs for bending moment 01
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Start13- Design of flat slabs for bending moment 02
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Start14- Design of flat slabs for punching 01
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Preview15- Design of flat slabs for punching 02
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Start16- Design of flat slabs for punching 03
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Start17- Design of flat slabs for punching (stirrups)-(other example)
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Start18- Deflection solutions for slabs
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Chapter 05 - Design of Foundations
26 Lessons-
Preview01- Types of Foundations
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Start02- Soil report contents
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Start03- Calculate footing area
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Start04- Design footing for shear
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Start05- Design footing for punching shear
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Start06- Design footing for bending moment
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Preview07- Strip footings design steps
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Start08- Strip footings area calculations
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Start09- Design strip footings for shear
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Start10- Design strip footings for bending moment
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Start11- Eccentric footings types
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Start12- Eccentric footings eccentricity (ek)
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Start13- Calculate eccentric footing dimensions
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Start14- Design eccentric footing for shear
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Start15- Design eccentric footing for punching shear
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Start16- Design eccentric footing for bending moment 01
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Start17- Design eccentric footing for bending moment 02
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Start18- Design eccentric footing for bending moment 03
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Start19- Ground beams types
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Start20- Design steps for ground beams
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Start21- Calculate moment due to settlement of ground beams
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Start22- Calculate reinforcement for ground beams
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Start23- Design ground beams for bending moment
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Start24- Check minimum reinforcement for ground beams
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Start25- Isolated footings with tie beams
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Start26- Design tie beams for differential settlement
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Chapter 06 - Design of Stairs
18 Lessons-
Preview01- Stairs types
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Start02- Structural systems of stairs
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Start03- Stairs properties
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Start04- Calculate stairs slab thickness
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Preview05- Calculate landing loads
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Start06- Calculate flight (run) loads
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Start07- Check shear for slab section
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Start08- Calculate bending moment for stairs slab
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Start09- Design stairs for bending moment
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Start10- Structural system for cantilever stairs
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Start11- Calculate cantilever stairs slab thickness
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Preview12- Calculate cantilever stairs loads for landing
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Start13- Calculate cantilever stairs loads for flight
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Start06-14- Stairs - Design cantilever stairs for shear
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Start06-15- Stairs - Design cantilever stairs for bending moment
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Preview06-16- Stairs - Flying stairs structural system
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Start06-17- Stairs - Check flying stairs for shear
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Start06-18- Stairs - Design flying stairs for bending moment
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Chapter 07 - Design of Walls
12 Lessons-
Preview01- Difference between column and wall
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Start02- Earth pressure types
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Start03- Walls types
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Start04- Retaining Walls Types
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Start05- Calculate stability weights for retaining wall
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Preview06- Retaining wall checks
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Start07- Check of sliding for retaining wall
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Start08- Check of stability for retaining wall
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Start09- Check of soil pressure under wall footing
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Start10- Calculate bending moment for critical section
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Start11- Design wall section for bending moment
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Start12- Minimum reinforcement area for walls
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Chapter 08 - Design by Excel Sheets
10 Lessons-
Preview01- Design of Short Columns
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Start02- Check Long Columns Non Sway
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Preview03- Design of Beams (Mu, Qu, Tu)
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Start04- Beam Section Capacity
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Preview05- 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- Property Line Footing Design
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Start10- Minimum Reinforcement Area
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Chapter 10 - Final Exam
10 Lessons-
StartACI Manual Design Final Exam, Model 01
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StartACI Manual Design Final Exam, Model 02
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StartACI Manual Design Final Exam, Model 03
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StartACI Manual Design Final Exam, Model 04
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StartACI Manual Design Final Exam, Model 05
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StartACI Manual Design Final Exam, Model 06
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StartACI Manual Design Final Exam, Model 07
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StartACI Manual Design Final Exam, Model 08
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StartACI Manual Design Final Exam, Model 09
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StartACI Manual Design Final Exam, Model 10
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Chapter 11 - Updates to ACI318-19
13 Lessons-
StartACI Manual Design -11-01- ACI318-19 - Updates to ACI 318-19
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StartACI Manual Design -11-02- ACI318-19 - New rebar reinforcement grades
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StartACI Manual Design -11-03- ACI318-19 - Upper limit for (fy) for some calculations
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StartACI Manual Design -11-04- ACI318-19 - Minimum reinforcement area (As) for slabs
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StartACI Manual Design -11-05- ACI318-19 - Minimum thicknesses for two way slabs
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StartACI Manual Design -11-06- ACI318-19 - New value for modulus of rapture (fr)
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StartACI Manual Design -11-07- ACI318-19 - Modifications to one way shear calculations
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StartACI Manual Design -11-08- ACI318-19 - Calculations for shear parameters ( Lamda S & Ro )
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StartACI Manual Design -11-09- ACI318-19 - Concrete shear capacity calculations (Vc)
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StartACI Manual Design -11-10- ACI318-19 - Shear reinforcement area calculations (Av)
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StartACI Manual Design -11-11- ACI318-19 - Steel shear capacity calculations (Vs)
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StartACI Manual Design -11-12- ACI318-19 - Modifications to two way shear calculations (punching)
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StartACI Manual Design -11-13- ACI318-19 - Discussion about modulus of rapture (fr)
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STR02 - ACI MANUAL DESIGN
ابدأ أولى خطواتك كمهندس تصميم ، و قم بتعلم أساسيات التصميم الانشائي اليدوي
Course Summary
To be a perfect structural design engineer, you have to know the principles of manual design according to your code. This course shows the detailed steps and formulas of design of reinforced concrete elements according to ACI 318. This course have 10 chapters including general concepts and complete design of columns, beams, slabs, foundations, stairs, walls, design using excel sheets
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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