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Sunday, 9 August 2020

Ward Amenities Secretary -- Roles & Responsibilities

Role:-
To assist the AEE / AE in all engineering works.

Responsibilities:-
Delivery services to the door step of the public.
Investigate and prepare estimates for all engineering works and maintenance works.
Responsible to AEE / AE for all tasks.
Supervise all engineering works and maintenance.
Execution of Water Supply Distribution lines.
Construction of individual toilets to households.
Monitor daily water supply & arrest leakages.
Responsible to provide HSC's (House Hold Connections) to all the households.
Respond to the citizen charter, Puraseva and all Grievance and with in SLA (Service Level Agreement).
Maintenance of WTP & SS Tanks.
Preparation of estimate as per Standard specifications of APDSS.
Maintenance of quantity and quality of all engineering works, as per the standards.

Preparation and Maintenance
 of records,
 M. Books,
 safe custody of measurement books,  preparation of estimates,
 work bills,
 work slips, deviation statement including price adjustment.

Attend to all complaints / Grievances received in Spandana (or) from any platform.
Redressal of RTI Act.
Should follow the protocol.

Checking and Supervision all Engineering Works

 curing on CC roads, Drains, buildings and bridges works,
 checking of measuring boxes,
 screening of materials, cement mix, sizes of materials,
 quality of materials, quality of work (plumb, levels, corners etc.),
 clearance of site.

 Checking quality of water duly conducting

 the Residual Chlorine tests and
 microbiological e-coli tests with H2S vials etc.,


Desilting of major drains before onset of monsoons.
Maintenance of parks and traffic islands.
Maintenance of burial grounds and community toilets.
He is responsible for maintenance of culverts and bridges.
Maintenance of bore wells and power bore wells.
Survey of works & Submision of reports.
Any other duties entrusted by the higher authorities from time to time



FACTOR OF SAFETY

          It is defined as the ratio of Ultimate Tensile Stress to the working (or) Permissible Stress. Mathematically it is written as

FACTOR OF SAFETY, SAFETY FACTOR, FACTOR OF SAFETY FORMULA, ULTIMATE STRESS, ACTUAL STRESS
FACTOR OF SAFETY : Formula


Credits: Books.google.co.in

MODULUS OF RIGIDITY (or) SHEAR MODULUS

          The ratio of Shear Stress to the corresponding Shear Strain within the elastic limit is known as Modulus of Rigidity (or) Shear Modulus and is denoted by C , ‘G, or N.

Formula for MODULUS OF RIGIDITY (or) SHEAR MODULUS , MODULUS OF RIGIDITY , SHEAR MODULUS
Formula : MODULUS OF RIGIDITY (or) SHEAR MODULUS 

MODULUS OF ELASTICITY (OR) YOUNG’S MODULUS

          The ratio of Tensile stress to the corresponding strain (or) Compressive stress to the corresponding strain is a constant.
          This ratio is known as Modulus of Elasticity (or) Young's Modulus and is denoted by E.

MODULUS OF ELASTICITY, YOUNG’S MODULUS, HOOK'S LAW
HOOK'S LAW

WHAT IS HOOK’S LAW?

          Hook’s law (or) Law of Elasticity was discovered in 1660 by the English scientist Robert Hook. Hook's law states that "when a material is loaded within elastic limit, the stress is proportional to the strain produced". This means that the ratio of the stress to the corresponding strain is constant within the elastic limit. This constant is called Modulus of Elasticity (or) Modulus of Rigidity (or) Elastic Modulii

What is Hook’s law (or) Law of Elasticity?,  Hook’s law, Law of Elasticity
Hook’s law (or) Law of Elasticity

Credits: Wkipedia

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