Use pot bearings instead of elastomeric bearings, Civil Engineering

Assignment Help:

Question

Under which situation ought to engineers use pot bearings instead of elastomeric bearings?

Answer

In an event of high vertical loads shared with large angle of rotations, rubber bearings are undesirable after compared with pot bearings. For example, elastomeric bearings want large bearing surfaces so as to compression know how to be maintained between contact surfaces and bearings and piers. Furthermore, it as well leads to uneven distribution of stress on piers and some of these highly induced stresses might damage the piers. As a result, pot bearings are better alternatives than elastomeric bearings in such a scenario as optional by David J. Lee.


Related Discussions:- Use pot bearings instead of elastomeric bearings

Define seismic isolation bearings - bridge bearing, Define Seismic Isolati...

Define Seismic Isolation Bearings  - Bridge Bearing? Many bridges had been built before the proper seismic design specifications were known to us. These bridges require strengt

Retaining walls, Retaining Walls: A wall used to retain some material ...

Retaining Walls: A wall used to retain some material on one or both sides of it can be termed as retaining wall. Commonly, it is used to retain soil at two different levels on

What is the station at point b, What is the station at Point B? SO...

What is the station at Point B? SOLUTION 3 Station at Point A = Sta 22+45  Station at Point B = (Sta 22+45) + 1028' = 2245'+1028' =3273'  = Sta 32+73

Explain the primary treatment for wastewater, Explain the Primary Treatment...

Explain the Primary Treatment for Wastewater Primary Treatment: to remove the pollutants that floats or settles. Typically 60% of suspended solids and 35% of BOD 5 are removed

Pump selection, How do you determine pipe size and select a pump for 100 li...

How do you determine pipe size and select a pump for 100 liter per second flow?

Explain the critical depth, Explain the Critical Depth d c is the dept...

Explain the Critical Depth d c is the depth of flow in an open channel that has the lowest energy.  In rectangular open channels:  (d c ) 3 = Q 2 /g(w) 2 In nonrectang

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