Why we need transition slabs in bridges, Civil Engineering

Assignment Help:

Q. Why we need Transition slabs in bridges?

In a number of designs, transition slabs are provided on the approach to bridges. For example soils in embankment supporting the roads may settle because of insufficient compaction and sharp depressions will be developed at the junction with relatively rigid end of bridge decks. This creates problem of poor riding surfaces of carriageway and proper maintenance has to be carried out to rectify the situation. Consequently transition slabs are sometimes designed at these junctions to distribute the relative settlements between approaching embankments and end of bridge decks sothat quality of riding surface between these junctions can be considerably improved andsubstantial savings can be obtained by requiring less maintenance.


Related Discussions:- Why we need transition slabs in bridges

Survey, Operations invending in chain survey ...

Operations invending in chain survey .....

Fluid mechanism, tell me something about velocity profile?

tell me something about velocity profile?

Effect of rusting on steel reinforcement, Effect of rusting on steel reinfo...

Effect of rusting on steel reinforcement Corrosion of steel reinforcement inside a concrete structure is undesirable in the subsequent ways:  (i)  Presence of rust impairs

Asphalt mix design – durability and stability, Q. Asphalt mix design - dura...

Q. Asphalt mix design - durability vs. stability? The main aim of asphalt mix design is to achieve a mix with economical blending of aggregates with asphalt to achieve the foll

Chemistry, Construction and working of calomel electrode

Construction and working of calomel electrode

What are advantages and disadvantage of varnishing, Q. What are advantages ...

Q. What are advantages and disadvantage of varnishing? Varnish is a clear pale solution of a resinous substance ( like amber, common resin, copal, lac, or shellac 0 dissolved i

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

What is the safe bearing capacity of a rectangular footing, What is the saf...

What is the safe bearing capacity of a rectangular footing, 1 m × 2 m, placed at a depth of 2 m in an saturated clay having unit weight of 20 kN/m 3 and unconfined compression str

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