Define the process of eccentric prestressing, Civil Engineering

Assignment Help:

Define the proess of Eccentric Prestressing

In this form of prestressing, the centroid of cross-sectional areas of tendons is not located at the centroid of the cross-section. The distance between the centroid of the cross-section of the concrete member and the centre of gravity of tendons is called as the eccentricity of tendons. Due to this eccentricity, a moment, whose magnitude is equal to the product of the prestressing force and the eccentricity, is applied on the concrete cross-section. 


Related Discussions:- Define the process of eccentric prestressing

Pure bending, What are the assumptions made in the theory of pure bending

What are the assumptions made in the theory of pure bending

Reinforced Concrete Design, Design a continuous one-way solid slab supporte...

Design a continuous one-way solid slab supported on beams spaced at 4.2m o.c. the width of the beam is 300mm, leaving clear slab spans of 3.9. The slab carries a uniform DL= 6 KPa.

What is the degree of consolidation, A saturated clay specimen is subjected...

A saturated clay specimen is subjected to a pressure of 240 kN/m 2 . After the lapse of a time, it is determined that the pore pressure in the specimen is 72 kN/m 2 .  What is t

Example of bars of varying cross section, Example of Bars of Varying Cross ...

Example of Bars of Varying Cross Section: In the numerical example under consideration δ = 750 × 300/( π/4) × 200 2 × 60 +750 × 400/(π/4) × 135 2 × 60 + 750 × 200/(π/4)

Granite tiles for construction material, Q. Granite Tiles for construction ...

Q. Granite Tiles for construction material? At every important station for public urinals granite may be used as wall cladding drain and foot rest material. The water sinks at

Explain subcritical flow and supercritical flow, Explain Subcritical flow a...

Explain Subcritical flow and Supercritical flow Subcritical flow: The depth of flow is greater than critical depth and the velocity of the fluid is slow. Also termed "tranquil"

Examine the state of stress at the junction of flange, Examine the state of...

Examine the state of stress at the junction of flange: A beam of I-section as shown in Figure (a) is subjected to a bending moment of 84.928 kN m and a shear force of 106.1 kN

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd