How to calculate Pt? (Percentage of reinforcement) скачать в хорошем качестве

How to calculate Pt? (Percentage of reinforcement)

Pt is short form of percentage of reinforcement provided in RCC element. With the help of Pt we can calculate Area of steel. In this video tutorial we learn different methods to calculate Pt. ************************************************************************************************* For academic consultation on Civil engineering subjects, Thesis or Academic projects you can contact me on - cwill.structures2018@gmail.com If you like our videos and want to appreciate our efforts then you can help with your generous donation on : cwillstructures@upi (UPI - Unified Payment Interface Address) ************************************************************************************************* Some Important links for Civil Engineering syllabus: Fundamentals for the design of Footing:    • Fundamentals for the design of Footing| IS...   Design of Footing| Isolated Square Footing:    • Design of Footing| Isolated Square Footing...   Continuous One way slab design: As per IS:456-2000:   • Continuous One way slab design: As per IS:...   Design of Staircase| As per IS:456-2000|:   • Design of Staircase| As per IS:456-2000|ci...   Design of Sloped Isolated Footing: Part-1:    • Design of Sloped Isolated Footing: Part-1   Design of Sloped Isolated Footing: Part-2:    • Design of Sloped Isolated Footing: Part-2   Design of Cantilever Slab:   • Design of Cantilever Slab | Civil Engineering   Design of One way slab:   • Design of One way slab| civil Engineering   IS:456-2000 Recommendations for Design of Slabs:   • IS:456-2000 Recommendations for Design of ...   Design Of Two Way Slab:    • Design Of Two Way Slab: IS:456-2000   Design of Combined footing |Part 1| Size of footing:   • Design of Combined footing |Part 1| Size o...   Design of Combined Footing Part-2:    • Design of Combined Footing Part-2 | SFD & ...   Design of Combined Footing Part-3 | Design and detailing drawing:   • Design of Combined Footing Part-3 | Design...   Steps to design of Shear reinforcement:   • Steps to design of Shear reinforcement | C...   Rules for design of the RCC beam As per IS 456-2000 :   • Rules for design of the RCC beam As per IS...   Types of shear reinforcement:   • Types of shear reinforcement| Civil engine...   Why shear reinforcement required ?:   • Why shear reinforcement required ? Types o...   Types of Singly reinforced beam sections:   • Types of Singly reinforced beam sections |...   Depth of neutral Axis and Moment of resistance:   • Depth of neutral Axis and Moment of resist...   Stress strain relationship of Singly RC beam:   • Stress  strain relationship of  Singly RC ...   Bending Behavior of One way slab and Two way slab:   • Bending Behavior of One way slab and Two w...   Solved example of lateral load distribution forces:   • Solved example of lateral load distributio...   Explanation of Center of Stiffness:   • Explanation of Center of Stiffness | Civil...   Explanation of Center of Mass with some examples:   • Explanation of Center of Mass with some ex...   How to determine Tau_c ?:    • How to determine Tau_c ?| Interpolation| S...