Dynamic force transfer test of shock transmission unit, Civil Engineering

Assignment Help:

Define Dynamic Force Transfer Test of Shock Transmission Unit?

This test mainly prove the lock up capability of the device. The STU shall be loaded in tension from zero to the full design load in less than 0.50 seconds and the force sustained for 5 seconds. Then the load shall be reversed to the full design load in less than 0.50 seconds and held again for 5 seconds. The acceptance criteria for the above test shall be that the deflection during the loading of the positive force and the negative force shall be no greater than 6 mm and the deflection during sustained load portion shall not exceed 3 mm.


Related Discussions:- Dynamic force transfer test of shock transmission unit

Handheld inspection tool for underwater inspection of bridge, Explain Handh...

Explain Handheld Inspection tools for Underwater Inspection of Bridge? Handheld tools such as flash lights, rulers, and tape measures for documenting areas; small or large hamm

Foundation, What are different type of foundation and their suitablity

What are different type of foundation and their suitablity

Properties of ordinary portland cement, Properties of Ordinary Portland Cem...

Properties of Ordinary Portland Cement (i) Chemical properties: Portland cement consists chemical compounds are following: (a) Tricalcium silicate          3 CaO.SiO 2 (C

Location of construction joints, Q. Location of construction joints? Co...

Q. Location of construction joints? Construction joints are generally required in construction works since there is limited supply of fresh concrete in concrete batching plants

Bronze is an alloy of materials, Bronze is an alloy of which materials? ...

Bronze is an alloy of which materials? Answer : Bronze is an alloy of copper.

Explain the principle of working of shock transmission unit, Explain the Pr...

Explain the Principle of Working of Shock Transmission Unit? The STU consists of a machined cylinder with a transmission rod that is connected at one end to the structure and a

What is the withdrawal force of steel nails, In engineering, the code-allow...

In engineering, the code-allowable withdrawal force is zero, due to the wood expands and contracts over time and the nail pullout force can decrease to zero

Wooden truss, which truss is suitable for 19*22m span on which mangalore ti...

which truss is suitable for 19*22m span on which mangalore tiles can be placed or shud steel truss be preferred for such span and which 1 is more profitable in rural desiggn...

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