Can you explain permeable spurs, Civil Engineering

Assignment Help:

Q. Can you explain Permeable Spurs?

A permeable spur may be constructed by driving two or more rows of bally piles with sufficient penetration below riverbed level to provide adequate grip during floods. Cross braces and longitudinal runners or waling pieces may be provided to strengthen the structure. Stays may be added on either ends so that differential pressure and flood attack can be withstood. The structure may be filled with brush wood and weighed down by stones.

Related Discussions:- Can you explain permeable spurs

Explain chlorine residuals, Explain Chlorine Residuals Free Chlorine Re...

Explain Chlorine Residuals Free Chlorine Residuals: Cl 2 , HOCl, OCl- Combined Chlorine Residuals: Chloramines (mono, di and tri chloramines) The disinfecting ability o

Estimating, a 45 cm deep roof beam is provided on 30 cm wall of a room size...

a 45 cm deep roof beam is provided on 30 cm wall of a room size 3.0m*5.0m . calculate the quantity of steel required in beam on percentage basis.

Calculate distance between top and bottom chord of the truss, A W12x58 memb...

A W12x58 member, which comprises a vertical member in a truss span, is subjected to a factored axial compressive force of 163 kips. The W12x58 section is oriented such that the st

CLASSIFICATION OF ROCKS, BRIEFLY EXPLAIN THE CLASSIFICATION OF ROCKS

BRIEFLY EXPLAIN THE CLASSIFICATION OF ROCKS

Whole circle bearing and reduce bearing, all questions

all questions

Moment of Inertia of a T Beam, Calculate the moment of inertia and section ...

Calculate the moment of inertia and section modulus (top and bottom of the beam) about the z-axis of the beam cross section of Fig.

Define pneumatic tools for underwater inspection of bridge, Define Pneumati...

Define Pneumatic Tools for Underwater Inspection of Bridge? These are more efficient than hand tools and cause less diver fatigue. The disadvantages are that below about 20 m,

Explain the strength design (lrfd), Explain the Strength Design (LRFD) ...

Explain the Strength Design (LRFD) 1. γ Factors are applied to loads and φ factors applied to resistance. 2. Unfactored service loads receive a load factor γ > 1.0

Assessing maintenance needs, Assessing Maintenance Needs: Maintenance...

Assessing Maintenance Needs: Maintenance needs can be assessed by a careful inspection of roads at regular intervals, observing defects such as : potholes cracks

Obtain maximum positive moment in a span of continuous beam, Reason of load...

Reason of loading on alternative spans to obtain maximum positive moment in a span of a continuous beam To attain a maximum sagging moment in a span of a continuous beam, gene

Write Your Message!

Name

Email id

Message

Verfication Code

User Account

All Pages