Important Points SOP (Standard Operating Procedure) During the Inspection of RCC NP4 Pipes

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Important Points SOP (Standard Operating Procedure) During the Inspection of RCC NP4 Pipes: -    Image-Hydro Test (Photo Credit: Ritesh Raj) (1.) Firstly, approved QAP will be checked.  (2.) ID marks should be marked on the inner and outer sides of pipes.  Image-ID Mark (Photo Credit: Ritesh Raj)  (3.) To check the inner and outer diameter of pipes.   (4.) Smooth finishing and before dispatch of RCC pipes cement slurry or grouting where required.   (5.) Load test is required for RCC pipes as per IS codes. It is different for each dia, of RCC pipes.  Image-Plate Load Test (Photo Credit: Ritesh Raj)   (6.) Concrete mix design checked and in which cement content, cement brand, and water-cement ratio should be checked.  (7.) The straightness test to be checked of RCC pipes through the straightness rods to collinear visible.   (8.) As per requirement 2% of hydro tests are to be checked as IS:458 of the total ordered quantity.  Image-Hydro Test (Pressure Release) (Photo Credit: Ritesh Raj)  
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Syllabus of Civil Engineering (Degree Course)

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 1st. Semester  

(1.) Engineering Chemistry

(2.) Engineering Mathematics-1 (M-1)

(3.) Communication Skills

(4.) Basic Electrical & Electronics Engineering

(5.) Engineering Graphics

(6.) Workshop Practice

Recent Post:Description of quality control in construction industry

2nd Semester  -

(1.) Engineering Physics

(2.) Energy, Environment, Ecology and Society

(3.) Basic Mechanical Engineering

(4.) Basic Civil Engineering & Engineering Mechanics

(5.) Basic Computer Engineering

(6.) Language Labs & Seminars


Also Read:Description of safety measures at construction site

3rd Semester –

(1.) Engineering Mathematics-2 (M-2)

(2.) Transportation, Bridges and Tunnels (TBT)

(3.) Strength of Materials (SOM)    
          
(4.) Engineering Geology

(5.)Building Design & Drawing

(6.) Computer Programming

(7.) Self Study (Internal Assessment)

(8.) Seminar/Group Discussion (Internal Assessment)


       4th Semester –

      (1.)  Engineering Mathematics-3 (M-3)

      (2.)  Concrete Technology

      (3.)  Surveying

      (4.)  Construction Materials & Techniques (CMT)

      (5.)  Fluid Mechanics

      (6.)  Computer Programming


Also Read:Description of cement

5th Semester-

(1.) Transportation Engineering -2

(2.) Advance Surveying

(3.) Fluid Mechanics-2 (FM-2)

(4.) Structural Design & Drawing-1 (RCC)

(5.) Theory of Structure-1 (TOS-1)


     6th Semester -

      (1.)  Theory Of Structure-2 (TOS-2)

      (2.)Water Resources & Irrigation Engineering

      (3.)  Environmental Engineering-1

      (4.)  Geo Tech Engineering-1

      (5.)  Structural Design & Drawing-2 (Steel)


      Also Read:Description of steel
     
7th Semester-

     (1.)  Design of Hydraulic Structure

     (2.)  Advanced Structural Design -2 (RCC)

     (3.)  Environmental Engineering-2

     (4.)  Quantity Surveying & Costing

     (5.)  Elective-1 (Computational Methods in Structural Engineering) 

     (6.)  Elective-1 (Traffic Engineering)

     (7.)  Elective-1 (Industrial Waste Treatment)

    (8.)  Elective-1 (Cost Effective & Eco-Friendly Construction)

    (9.)  Elective-1 (Environmental Impact Assessment)

    (10.)Minor Project      
           


8th Semester-

(1.) Geo Technical Engineering-2

(2.) Construction Planning & Management

(3.) Advanced Structural Design-2 (Steel)

(4.) Structural Dynamics & Earthquake Engineering

(5.) Elective-2 (Pavement Design)

(6.) Elective-2 (Air Quality Monitoring & Control)

(7.) Elective-2  (Energy Efficient & Green Building)

(8.) Elective-2 (Design of Prestressed Concrete Structures)

(9.) Elective-2 (Advanced Water Resources Engineering)

     (10.) Major Project 

    Note:- The syllabus may vary for different universities.



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   Thanks for visiting this site.


Written By- 
Ritesh Raj
Email Id-rajritesh.motiharirr@gmail.com

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