Fundamentals of Engineering CIVIL
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This course includes
- 43.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 163 lessons • 43.5 hours of video
Fundamentals of Engineering CIVIL
163 lessons
• 43.5 hours
Fundamentals of Engineering CIVIL
163 lessons
• 43.5 hours
- the difference between reference hand book 9.5 and 10.0.1 04:14
- إسمعني من فضلك ! 05:31
- 01 Introduction 13:37
- The Importance of Exams Simulations 01:59
- 01-1 Straight Line 13:44
- 01-2 straight line 20:14
- 02-1 Quadratic Equation & Sphere Eq. 05:34
- 02-2 Quadratic Equation & Sphere Eq. 09:44
- 03-1 Logarithms 11:42
- 03-2 logarithms 05:02
- 04-1 Complex number 10:56
- 04-2 complex number 08:38
- 05-1 TRIGONOMETRY 16:11
- 06 -1 Identities 12:49
- 07-1 MENSURATION OF AREAS AND VOLUMES 26:35
- 08 -1 Conic sections 10:54
- 08 -2 Conic section 24:20
- 09 - 1 Differential calculus 33:25
- 09- 2 Differential Calculus application 10:04
- 09- 3 limits 06:56
- 09- 4 Critical Point of Function 17:28
- 10- 1 Integration 09:16
- 11-1 Matrix 18:47
- 12-1 vectors 15:37
- 12-2 Application of vectors 10:51
- 13- FE Math General Review 36:59
- 01-1 mean&mode&median 08:49
- 01-2 Standard Deviation 32:44
- 02-1 Total and Join Probability 14:31
- 03-1 coins & dies 04:54
- 04- 1 binomial&normal dist.® 22:48
- 05- General Review Prop&stat. 11:54
- 01-1 Code of Ethics 25:56
- 01-2 Code of Ethics 17:33
- 01 structured programming 23:27
- 02 Excel 14:37
- 03_ General Review Computational Tools 18:51
- 01- Engineering Economics 12:52
- 02-01 Time value of money&Equivalence 16:19
- 02-02 Time value of money&Equivalence 20:16
- 03- Non Annual Compounding 09:33
- 04-01 Economic Analysis Methods 19:41
- 04-02 Economic Analysis Methods 21:32
- 05-Depreciation 27:12
- 06- Taxation&Inflation &Risk 19:20
- 07-General review Economics 18:09
- 01- Forces and Resultant 20:09
- 02- Moments 16:01
- 03- Trusses 17:09
- 04- Pulleys&cables 12:38
- 05- Static Friction 24:16
- 06- Centroid&Moment of Inertia 22:04
- 07- General Review Statics 33:56
- 01- Dynamic 18:38
- 02- Constant acceleration 16:28
- 03- Curvilineal motion 26:52
- 04- projectile motion 12:59
- 05- Newton Second Law 12:05
- 06- IC&Mass Moment of Inertia 15:09
- 07- Mass Moment of Inertia Applications 15:32
- 08 Energy 08:17
- 09- Work and Power 12:31
- 10- Impact 20:45
- 11- General Review Dynamics 27:46
- 01- 01 Stress & Strain 15:10
- 01- 02 Stress & Strain 13:46
- 02- Principle Stress 23:09
- 03- Mohr Circle 09:12
- 04- Elastic Strain Energy & Thermal Stress 15:20
- 05- Cylindrical Pressure Vessel 14:34
- 06- Torsion 19:12
- 07- 01 Beams 11:28
- 07- 02 Beams 16:33
- 07- 03 Beams 14:54
- 08- Composite Sections 11:30
- 09 - Columns 09:00
- 10- General Review Mech 30:42
- 01 Stress & Strain 11:12
- 02 True stress & Strain 04:18
- 03-01 Ductile & Brittle materials 09:18
- 04 Fracture & Crack 10:43
- 05- Tests 09:00
- 06 Steel 08:01
- 07-01 Concrete 13:13
- 07-02 Concrete 16:50
- 08 Corrosion 11:31
- 09 General Review of Materials 08:52
- 01 Fluid Properties 10:30
- 02 Pressure measurement &Fluid stress 13:24
- 03 Newton Fluid 14:29
- 04 surface tension & and capillary 08:34
- 05 pressure measurement devices 17:33
- 06 Force Acting wall & Horizontal Plate 10:24
- 07 Fluid flow measurement 20:29
- 08 Continuity Equation 15:27
- 09 Energy Equation 13:23
- 10 Energy Gradient Line 03:57
- 11 closed conduit hydraulic 14:43
- 12 Darcy & Hazen Equation 16:46
- 13 Networks & Open Channels 17:28
- 14 Pumps 21:49
- 15 Impulse momentum principle 19:01
- 16 General Review Fluid 32:48
- 01 Hydrology Cycle & Aquifers 09:59
- 02 Hydraulic Conductivity 08:54
- 03 Well Draw-down 14:06
- 04 Watershed & precipitation 20:57
- 05 Hydrograph Analysis 07:59
- 06 Rainfall-Runoff 17:30
- 07 Weir & sewers 12:28
- 08 General Review Hydraulic 12:58
- 01 Stability & Indeterminacy 22:57
- 02 Moving Loads & Truss Deflection 24:15
- 03 Influence Lines 25:59
- 04 General Review Structural Analysis 19:30
- 01 Loads 12:38
- 02 Concrete Design for Flexure 31:27
- 03 Cocrete Design For Shear 18:04
- 04 Concrete Deisgn for columns 15:50
- 05 Steel Structural Design for Columns 29:33
- 06 Steel Beam Design 21:16
- 06 Steel Connections 08:06
- 07 General Review Design 18:27
- 01 Phase Relationships 16:11
- 02 Relative density & Relative Compaction 22:24
- 03 Sieve Analysis 13:27
- 04 Atterberg limits 04:46
- 05 Soil Classification 26:30
- 06 Hydraulic Conductivity 09:17
- 07 Seepage 10:04
- 08 Shear stress at failure& Vertical Stress 18:08
- 09 Horizontal &Vertical stress &effective stress 21:22
- 10 Consolidation 23:06
- 11 Slope Failure (soil sliding) 16:57
- 12-01 General Review GEO 22:14
- 12-02 General Review GEO 05:40
- 01-01 Traffic Flow Theory 20:15
- 01-02 Traffic Flow Theory 04:09
- 02 Traffic Planning 15:36
- 03 Traffic Capacity 08:41
- 04 Traffic Safety& Traffic Control Devices 24:54
- 05 Horizontal Curve Formulas 18:59
- 06 Vertical Curve Formulas 23:27
- 07 sight Distance 15:00
- 08 Pavement Design 21:41
- 09 General Review Transportation 29:51
- 01 Solved Problems 20:41
- 02 Solved Problems 15:09
- 03 Solved Problems 10:07
- 04 Solved Problems 08:13
- 01 Management 18:56
- 02 Time Schedule 13:17
- 03 Earned Value Analysis 22:38
- 04 Soil Excvation & Equipment 19:52
- 05 General Review Construction 11:20
- 01 Directions 15:53
- 02 Leveling 10:02
- 03-01 Traversing 22:07
- 03-02 Traversing 11:24
- 04 Area Measurements 19:26
- 05 Cut & fill 14:58
- 06 General Review Surveying 21:12
- Engineering Services 04:01
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