Design Of Reinforced Concrete Structures @ 45 Days

Design of Reinforced Concrete Structure(RCC), Bachelor of Engineering(BE) videos According to syllabus of Institute of Engineering(IoE), Tribhuvan University (TU)

Beginner

5.0 (3 reviews)

250+ Students Enrolled Nepali Updated Nov 2024

What you'll learn

After the completion of this course, students will get the complete knowledge of Design of Reinforced Concrete Structures.

Course Curriculum 15 Sections • 154 Lectures

Free Preview Available: Watch "0. How to Purchase Course from MeroSchool.mp4" before enrolling.

0. How to Purchase Course from MeroSchool.mp4 Free Preview

00:03:30

0. Marks Distribution.mp4 Free Preview

00:07:12

1. Introduction to Footing.mp4 Free Preview

00:16:59

2. Design of Isolated Footing.mp4 Free Preview

00:36:18

3. Example 1.mp4

00:32:36

4. Example no. 2.mp4

00:19:06

5. Design of Combined Footing.mp4

00:12:43

6. Design of Mat Foundation.mp4

00:14:45

1. Introduction.mp4

00:16:20

2. Ductility.mp4

00:19:49

3. Ductility Requirement of Flexure member.mp4

00:23:08

4. Ductility Requirement of Column.mp4

00:17:35

1. Introduction.mp4 Free Preview

00:06:12

2. Different Design Philosophies.mp4 Free Preview

00:14:47

3. Characteristic Strength and Load.mp4

00:02:50

4. Design Process and Basis For Design.mp4

00:09:11

5. Difference Between LSM and WSM (REDO).mp4

00:11:38

1. Introduction.mp4

00:07:29

2. Behaviour of Beam Under Loading.mp4

00:08:18

3. Some Important Terms.mp4

00:07:23

4. MOR of Beam Secttion.mp4

00:16:47

5. Types of Beam.mp4

00:09:51

6. Numerical Type 1.mp4

00:08:12

7. Numerical Type 2.mp4

00:11:28

8. Numerical Type 3.mp4

00:17:47

9. Numerical Type 4.mp4

00:09:12

10. Advantage and Disadvantage of WSM.mp4

00:02:04

1. Introduction.mp4

00:09:17

2. Design Strength and Load.mp4

00:06:54

3. Idealized Stress Strain Relationship.mp4

00:05:25

4. Limit State of Collapse.mp4

00:07:15

5. Limit State of Serviceability.mp4

00:13:05

6. Example no. 1.mp4

00:09:13

1. Assumptions.mp4

00:08:49

2. Moment of Resistance.mp4

00:20:17

3. Types of Sections.mp4

00:13:31

4. Limiting Depth of Neutral Axis-.mp4

00:17:27

5. Example Type 1.mp4

00:06:22

6. Design of Singly Reinforced Beam.mp4

00:09:51

7. Example type 2.mp4

00:19:56

8. Strain Compatibility Method.mp4

00:14:14

9. Example 3.mp4

00:13:42

10. Doubly Reinforced Section.mp4

00:25:03

11. Example 4.mp4

00:19:45

12. Design of Doubly Reinforced Section.mp4

00:11:17

13. Example 5.mp4

00:15:39

14. Flanged beam.mp4

00:11:33

15. MOR of Flanged Beam.mp4

00:14:44

16. Example 6.mp4

00:08:46

17. Example 7.mp4

00:12:04

18. Example no. 8.mp4

00:11:34

19. Example no. 9.mp4

00:24:19

20. Example no. 10-1.mp4

00:17:02

21. Example 11.mp4

00:19:01

1. Introduction to Shear in Beam.mp4

00:25:07

2. Example 1.mp4

00:12:26

3. Example 2.mp4

00:16:07

4. Torsion-1.mp4

00:12:31

5. Design of Beam in Torsion-1.mp4

00:14:15

6. Example 3.mp4

00:23:59

7. Example no. 4.mp4

00:24:39

8. Example no. 5.mp4

00:07:32

1. Introduction.mp4

00:12:18

2. Anchorage Bond.mp4

00:07:11

3. Flexural Bond.mp4

00:16:06

1. Requirement of Good Detailing.mp4

00:09:57

2. Cover.mp4

00:06:45

3. Curtailment of Flexural Requirement-1.mp4

00:13:19

4. Shear Reinforcement.mp4

00:06:39

5. Splicing of Reinforcement.mp4

00:09:22

6. Anchorage.mp4

00:06:52

7. Bar Bending Schedule.mp4

00:06:57

1. Introduction-.mp4

00:11:25

2. Deflection.mp4

00:10:35

3. Crack Control in Design.mp4

00:06:21

4. Deflection Control in Design-1.mp4

00:14:35

5. Example of Deflection-.mp4

00:08:05

1. Introduction.mp4

00:10:49

2. Design Consideration of One Way Slab.mp4

00:11:43

3. Design Steps of One Way Slab.mp4

00:25:28

4. Example no.1.mp4

00:48:57

5. Example no.2.mp4

00:52:43

6. Design Steps of Two Way Slab.mp4

00:28:00

7. Example no. 3.mp4

01:14:50

8. Example no. 4.mp4

00:31:45

9. Example no. 5.mp4

00:33:47

10. Detailing types of slab.mp4

00:10:13

11. Staircase.mp4

00:07:56

12. Design Steps of Staircase.mp4

00:15:18

13. Example no. 6.mp4

00:42:37

14. Detail of Staircase.mp4

00:14:26

1. Introduction.mp4

00:20:19

2. Classification of Column.mp4

00:10:39

3. Effective Length.mp4

00:21:34

4. Design of Short axially loaded column.mp4

00:18:55

5. Example no. 1.mp4

00:30:30

6. Design of Uniaxially Loaded Column.mp4

00:22:25

7. Example no. 2.mp4

00:27:22

8. Design of Biaxially Loaded Column.mp4

00:22:23

9. Example no. 3.mp4

00:22:54

10. Design of Long Column.mp4

00:11:51

11. Braced and Unbraced Column.mp4

00:11:07

12. Example no. 4.mp4

00:38:21

13. Example no. 5.mp4

00:36:49

14. Design of Circular column.mp4

00:06:02

15. Example no. 6.mp4

00:32:04

2076 Ashwin|1. Q no. 1a.mp4

00:06:46

2076 Ashwin|2. Q no. 1b.mp4

00:06:32

2076 Ashwin|3. Q no. 2a.mp4

00:14:28

2076 Ashwin|4. Q no. 2b.mp4

00:27:15

2076 Ashwin|5. Q no 3.mp4

00:45:01

2076 Ashwin|6. Q no. 4a.mp4

00:27:45

2076 Ashwin|7. Q no. 4b.mp4

00:07:19

2076 Ashwin|8. Q no. 5a.mp4

00:12:23

2076 Ashwin|9. Q no. 5b.mp4

00:16:49

2076 Ashwin|10. Q no. 5c.mp4

00:10:47

2076 Chaitra|1. Q no. 1a.mp4

00:28:03

2076 Chaitra|2. Q no. 1b.mp4

00:16:11

2076 Chaitra|3. Q no. 2a.mp4

00:06:55

2076 Chaitra|4. Q no 2b.mp4

00:15:11

2076 Chaitra|5. Q no. 3a.mp4

00:05:42

2076 Chaitra|6. Q no.mp4

00:13:44

2076 Chaitra|7. Q no. 4a.mp4

00:04:30

2076 Chaitra|8. Q no. 4b.mp4

00:28:36

2076 Chaitra|10. Q no. 5b.mp4

00:28:41

2078 Bhadra|1. Q no. 1a.mp4

00:09:42

2078 Bhadra|2. Q no. 1b.mp4

00:11:35

2078 Bhadra|3. Q no. 1c.mp4

00:21:31

2078 Bhadra|4. Q no. 2a.mp4

00:03:52

2078 Bhadra|5. Q no. 2b.mp4

00:47:00

2078 Bhadra|6. Q no. 3a.mp4

00:23:29

2078 Bhadra|7. Q no. 3b.mp4

00:19:38

2078 Bhadra|8. Q no. 3c.mp4

00:09:28

2078 Bhadra|9. Q no. 4a.mp4

00:34:32

2078 Bhadra|10. Q no. 4b.mp4

00:19:40

2079 Baishakh|1. Q no. 1a.mp4

00:12:29

2079 Baishakh|2. Q no. 1b.mp4

00:00:47

2079 Baishakh|3. Q no. 1c.mp4

00:29:03

2079 Baishakh|4. Q no. 2a.mp4

00:07:43

2079 Baishakh|5. Q no. 2b.mp4

00:32:28

2079 Baishakh|6. Q no. 3a.mp4

00:21:51

2079 Baishakh|7. Q no. 3b.mp4

00:14:14

2079 Baishakh|8. Q no. 4a.mp4

00:46:14

2079 Baishakh|9. Q no. 4b.mp4

00:07:53

2079 Baishakh|10. Q no. 4c.mp4

00:11:18

2079 Bhadra|1. Q no. 1a.mp4

00:10:20

2079 Bhadra|2. Q no. 1b.mp4

00:28:50

2079 Bhadra|3. Q no. 1c.mp4

00:32:40

2079 Bhadra|4. Q no. 2a.mp4

00:13:12

2079 Bhadra|5. Q no. 2b.mp4

01:06:35

2079 Bhadra|6. Q no. 3a.mp4

00:23:32

2079 Bhadra|7. Q no. 3b.mp4

00:43:15

2079 Bhadra|8. Q no. 4a.mp4

00:08:13

2079 Bhadra|9. Q no. 4b.mp4

00:38:46

Requirements

Students are required to have knowledge of structures related courses studied earlier i.e. Applied Mechanics, Strength of Materials, Theory of Structures and Steel.

Course Description

The videos herein are strictly based on syllabus of Institute of Engineering Tribhuvan University, Nepal promoting "e-Learning in Nepal" and are made with intention to provide guidance to the "Bachelor in Engineering(BE) appearing students", for securing good results. The course tries to cover all the lessons of Design of Reinforced Concrete Structure, with the solutions of most frequently asked questions in the final exam of BE. We strongly believe that, viewers will be benefited from these videos and the thirst of curiosity of viewers will be quenched! Feedbacks and suggestion to improve are always welcome and highly appreciated!

Instructor

M

Mero School Academic Team

Senior Academic Instructor • Mero School E-Learning

Similar Courses

Smart Parenting Course

Smart Parenting Course

Rs 999

IELTS (Available On Mobile App Only!)

IELTS (Available On Mobile App Only!)

Rs 999

Health Assistant (Level 5)

Health Assistant (Level 5)

Rs 999

Rs 999

~~Rs 1499~~ Save 33%

45 Days Access Duration

Enroll Now

This course includes:

154 on-demand video lectures
Complete CDC curriculum notes
Accessible on Mobile, Tablet & PC
Verified Certificate of completion
45 days unrestricted revision access