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8 - Steel Design - Tension Rupture (Welded Plate)

40 ViewsFeb 23, 2023

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GERTC: SEC Refresher
19/26
1
SEC November 2018 / November 2019 Board Exam Solutions
5:24:15

SEC November 2018 / November 2019 Board Exam Solutions

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25 - Column Design Given Loads 2
37:12

25 - Column Design Given Loads 2

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3
24 - Column Design Given Loads 1
34:03

24 - Column Design Given Loads 1

34 Ditonton
4
23 - Column Design - Weak Axis Bracing
45:41

23 - Column Design - Weak Axis Bracing

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5
22 - Column Analysis
30:00

22 - Column Analysis

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6
21 - Net Area - Staggered Holes on Angle (Steel Design)
17:50

21 - Net Area - Staggered Holes on Angle (Steel Design)

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7
20 - Design of Tension Member II (Steel Design)
30:05

20 - Design of Tension Member II (Steel Design)

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8
19 - Design of Tension Member (Steel Design)
38:50

19 - Design of Tension Member (Steel Design)

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9
18 - Compression Member - NSCP AISC Formulas and Tables (Steel Design)
34:02

18 - Compression Member - NSCP AISC Formulas and Tables (Steel Design)

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10
17 - Compression Member - Euler Formula (Steel Design)
11:35

17 - Compression Member - Euler Formula (Steel Design)

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11
16 - Steel Design - Block Shear (Angle)
24:58

16 - Steel Design - Block Shear (Angle)

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12
15 - Steel Design - Block Shear (Wide Flange)
24:20

15 - Steel Design - Block Shear (Wide Flange)

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13
14 - Steel Design - Staggered Holes (Angle)
15:04

14 - Steel Design - Staggered Holes (Angle)

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14
13 - Steel Design - Staggered Holes (C-Channel)
9:39

13 - Steel Design - Staggered Holes (C-Channel)

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15
12 - Steel Design - Staggered Holes (Wide Flange)
7:54

12 - Steel Design - Staggered Holes (Wide Flange)

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11 - Steel Design - Staggered Holes
8:19

11 - Steel Design - Staggered Holes

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17
10 - Steel Design - Tension Member (Splice Plate)
13:31

10 - Steel Design - Tension Member (Splice Plate)

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9 - Steel Design - Tension Member (Welded Plate, 3 sides)
15:14

9 - Steel Design - Tension Member (Welded Plate, 3 sides)

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8 - Steel Design - Tension Rupture (Welded Plate)
9:39

8 - Steel Design - Tension Rupture (Welded Plate)

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7 - Steel Design - Tension Rupture (Wide Flange)
21:33

7 - Steel Design - Tension Rupture (Wide Flange)

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21
6 - Truss_ Method of Sections
15:53

6 - Truss_ Method of Sections

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22
5 - Shear and Moment
18:26

5 - Shear and Moment

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4 - Moment of Inertia
15:39

4 - Moment of Inertia

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24
3 - Frames
15:47

3 - Frames

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25
2 - Deflection Using Three Moment Equation
33:36

2 - Deflection Using Three Moment Equation

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26
1 - Deflection Using Double Integration
30:05

1 - Deflection Using Double Integration

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