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Chapter 01 - Seismic Definitions & Idioms
17 Lessons-
Preview01- ACI 318 & ASCE7 & & UBC97
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Start02- Earthquake definition & scales
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Start03- Scope of seismic design
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Start04- Base definition & base shear
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Start05- Fundamental period (T1)
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Start06- Story drift (dr) & displacement
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Start07- P-Delta effects
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Start08- Shear walls & bearing walls
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Start09- Rigid & flexible diaphragms
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Start10- Weak story & soft story
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Start11- Centers of mass & rigidity (CM & CR)
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Start12- Difference between ductility and stiffness
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Preview13- Reduction of moment of inertia (I)
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Start14- Damping in structures
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Start15- Response modification factor (R)
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Start16- XYZ components of earthquake
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Preview17- Hinged or Fixed or Roller !
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Chapter 02 - Creating Structural Systems for Projects
8 Lessons-
Preview01- Select a structural system
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Start02- Adding LISP (CT) - Correct arabic font in AutoCAD
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Start03- Exploring arch drawings for projects
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Start04- Creating structural system for project 02 - Part 01
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Start05- Creating structural system for project 02 - Part 02
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Start06- Creating structural system for project 02 - Part 03
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Start07- Slab thickness for project 02 - Part 01
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Start08- Slab thickness for project 02 - Part 02
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Chapter 03 - Introduction to ETABS
9 Lessons-
Preview01- Unit system
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Start02- User interface
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Start03- RC material properties
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Start04- Rebar material properties
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Start05- Material properties in ETABS
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Start06- Slab & Wall type section properties
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Start07- Frame sections definition
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Start08- Import sections from another file
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Start09- One story or similar or all stories
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Chapter 04 - Modelling Project in ETABS
22 Lessons-
Preview01- Exploring tower arch file
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Start02- Analytical model definition
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Start03- Creating DXF File 01
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Start04- Creating DXF File 02
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Start05- Creating DXF File 03
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Start06- Creating DXF File 04
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Start07- Modelling in ETABS
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Start08- Change support types
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Start09- Check model warnings and fix it automatically
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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- Define vertical loads
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Start16- Ultimate & working design methods
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Start17- Add load combinations (vertical)
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Start18- Define & edit stories heights and elevations
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Start19 - Manual design of short columns
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Start20- Design columns for vertical loads
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Start21- Get columns sections for vertical loads
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Start22- Define stairs loads effect
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Chapter 05 - Seismic Force Calculations (Equivalent static)
13 Lessons-
Preview01- Base shear force calculation steps (V)
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Start02- Effective seismic weight (W)
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Start03- Define mass source
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Start04- Diaphragm definition
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Start05- Inertia modifiers
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Preview06- Seismic cases
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Start07- Define seismic case in ETABS
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Start08- Define fundamental period (T)
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Start09- Define seismic coefficients
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Start10- Seismic cases definition
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Start11- Check base shear values
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Preview12- Check time period in ETABS
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Start13 - Fundamental period summary
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Chapter 06 - Seismic Checks
17 Lessons-
Preview01- Multiple seismic checks !
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Start02- (1) Check drift 01
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Start03- (1) Check drift 02
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Start04- (2) Rules for adding shear walls
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Start05- (2) Adding shear walls - trial (1)
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Start06- (2) Check drift after shear walls trial (1)
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Start07- (2) Adding shear walls - trial (2)
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Start08- (3) Check CM & CR - trial (1)
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Start09- (3) Discussion about CM and CR
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Start10- (3) Check CM & CR - trial (2)
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Preview11- (3) Different cases for center of rigidity (CR)
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Start12- (4) Define load combinations (Lateral) & envelope
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Start13- (4) Check cracked wall sections
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Start14- (5) Check torsional irregularity (Ax)
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Start15- (6) Check P-Delta effects
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Start16- (6) Consider P-Delta effects
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Start17- (7) Check soft-story & extreme stoft-story irregularity
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Chapter 07 - Shear Walls & Columns Design
17 Lessons-
Preview01- Design or check !
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Start02- Design of axially loaded columns (Pu)
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Start03- Design of uniaxially loaded columns (Pu_Mu)
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Start04- Design of biaxially loaded columns (Pu_Mux_Muy)
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Start05- Columns design settings
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Start06- Design of columns 01
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Start07- Solving overstressed (OS) for column in ETABS
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Start08- Design of columns 02
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Start09- Design of columns 03 (PMM ratio)
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Start10- How to consider only shear walls in seismic resistance!
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Start11- Design of shear walls 01
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Start12- Design of shear walls 02
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Start13- Design of shear walls 03
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Start14- Error in ETABS to terminate
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Start15- Calculating bars number for wall section (W1)
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Start16- Calculating bars number for wall section (W2)
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Start17- Shear wall reinforcement provisions (EGY)
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Chapter 08 - Foundations Seismic Design
13 Lessons-
Preview01- Types of foundations
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Start02- Soil report contents
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Start03- Walls division in ETABS
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Start04- Export from ETABS to SAFE
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Start05- SAFE file revision
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Start06- Raft modelling in SAFE
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Start07- Define soil subgrade modulus for raft in SAFE
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Start08- Define earthquake working combinations
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Start09- Check soil pressure (BC)
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Start10- Check punching shear
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Start11- Bending moment design using Excel
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Start12- Bending moment design using SAFE
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Start13- Raft & Slab reinforcement
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Chapter 09 - Irregularity cases & solutions
14 Lessons-
Preview01- Dynamic analysis provisions
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Start02- Vertical irregularity cases
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Start03- Horizontal irregularity cases
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Start04- Soft-story & extreme soft-story
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Start05- Mass irregularity (heavy story)
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Start06- Vertical geometry irregularity
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Start07- Vertical discontinuity
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Start08- Weak story
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Start09- Torsional irregularity Ax
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Start10- Re-entrant corners in plan
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Start11- Diaphragm discontinuity
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Start12- In plan irregularity
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Start13- Non parallel columns and walls
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Start14- Discussion about irregularity cases
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Chapter 10 - Dynamic analysis
27 Lessons-
Preview01- Dynamic analysis provisions
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Start02- Why to start static analysis before dynamic analysis !
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Start03- Dynamic analysis methods
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Start04- Modelling transfer beam in ETABS
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Start05- Design of transfer beam due to vertical load
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Start06- From static analysis to dynamic analysis
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Start07- Define response spectrum function (RS)
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Start08- Define dynamic analysis cases
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Start09- Define modal case 01
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Start10- Vertical load effect (Ev)
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Start11- Define modal case 02
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Start12- Overstrength factor (omega)
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Start13- Dynamic load combinations (normal & special)
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Start14- Define dynamic load combinations in ETABS
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Start15- (1) Check participating mass ratio 90-
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Start16- Why scaling dynamic force !
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Start17- (2) Scaling dynamic force
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Start18- (3) Check allowable drift
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Start19- (4) Check CM & CR
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Start20- (5) Check P-Delta effects
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Start21- (6) Torsional irregularity effect
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Start22- Modifying dynamic load combinations
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Start23- (7) Check cracked walls
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Start24- (8) Check final drift
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Start25- Design of transfer beam & supporting columns
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Start26- Transfer beam reinforcement detailing (long RFT)
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Preview27- Transfer beam reinforcement detailing (stirrups)
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Chapter 12 - ACI 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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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- Property Line Footing Design
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Start10- Minimum Reinforcement Area
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Chapter 13 - Files & Preferences
19 Lessons-
StartChecks_ASCE7
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StartACI Code - الكود الأمريكي للتصميم
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StartELEVATIONS
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StartASCE7 - الكود الأمريكي للأحمال
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StartDr. Nasr Younis Abboushi
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StartOverstrength component
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StartETABS_FILES
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StartPMM INTERACTION RATIO
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StartRFT Ratios
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StartProjects
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StartSAFE_FILES
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StartSoil_report
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StartSEISMIC (ASCE7)
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Startvertical component
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StartVertical reactions for columns
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StartPDFs
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StartCAD fonts Library
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StartDownload AutoCAD
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StartDownload SAFE
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Chapter 14 - Projects Library
20 Lessons-
StartProject 1
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StartProject 3
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StartProject 2
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StartProject 4
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StartProject 8
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StartProject 5
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StartProject 6
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StartProject 7
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StartProject 9-Mosque
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StartProject 13
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StartProject 12
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StartProject 11
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StartProject 14
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StartProject 15
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StartProject 10-Mosque
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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 - Wind Loads
14 Lessons-
Start01 - Wind load approaches
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StartASCE7 Seismic Design -15-02- Wind - Wind Loads Simulation
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Start03- Wind load calculations
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Start04- Wind factors
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Start05- Wind pressure coefficient (cp)
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Start06- Gust factor
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Start07- Gust factor excel sheet
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Start08- Gust factor calculations
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Start09- Wind load 4 cases
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Start10- Define wind load pattern in ETABS
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Start11- Define wind load combinations
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Start12- Wind modifiers (service modifiers)
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Start13- Prepare wind drift (service) model in ETABS
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Start14- Check wind displacement
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Chapter 16 - Upgrade from SAFE2016 to SAFE2021
7 Lessons-
StartASCE7 Seismic Design -16-01- From SAFE16 to SAFE21 - Introduction
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StartASCE7 Seismic Design -16-02- From SAFE16 to SAFE21 - Import DXF Architectural plan
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StartASCE7 Seismic Design -16-03- From SAFE16 to SAFE21 - Material definition
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StartASCE7 Seismic Design -16-04- From SAFE16 to SAFE21 - Sections definition
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StartASCE7 Seismic Design -16-05- From SAFE16 to SAFE21 - Long term deflection cases
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StartASCE7 Seismic Design -16-06- From SAFE16 to SAFE21 - Analysis & design resulrs
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StartASCE7 Seismic Design -16-07- From SAFE16 to SAFE21 - Foundations
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STR04 - ASCE 7 SEISMIC DESIGN
ابدأ الآن وخذ خطوة للأمام ، قم بتصميم المشروع زلزاليا
Course Summary
This course shows the steps of modelling and structural analysis of different building elements. This course shows how to model, analyze and design high-rise building completely. This course shows how to make different checks for seismic designed project such as check drift, check torsional irregularity and different checks according to ASCE7. This course shows how to design raft foundations to support the building against ground motion.
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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