Duration activity for cast-in-place foundation formwork, Civil Engineering

Assignment Help:

A concrete contractor historical records show that the construction duration for a cast-in-place foundation formwork is 1,000-SF/crew-day. Determine the number of days a 200,000-SF formwork for a cast-in-place concrete foundation using 3-crews.

Solution:   Apply the equation:  Durationactivity = Area / Productivity * Crew Size

Durationactivity =  200,000 - SF/ 1000-SF/ Crew-day * 3 crew = 66.67 days


Related Discussions:- Duration activity for cast-in-place foundation formwork

Stacking of materials for building, briefly explain the stacking of materia...

briefly explain the stacking of materials in the site for general building?

Illustrate concept of filter design, Q. Illustrate Concept of filter design...

Q. Illustrate Concept of filter design? The material used for filter should satisfy the following normal criteria a. Filter material is more pervious than the base material

Define the rectangular weirs, Define the Rectangular Weirs Sometimes re...

Define the Rectangular Weirs Sometimes referred to as "sharp crested weirs" if the top edge of the weir plate is narrow

By which materials shank of a spur construct, Q. By which Materials Shank o...

Q. By which Materials Shank of a spur construct? Shank of a spur is constructed of sand core and its exposed faces are protected by stone pitching. The attack at nose is very h

Estimate the size estimating the rcc structures, PART - A 1.  Can you e...

PART - A 1.  Can you enumerate the benefits of individual wall method of estimation? 2.  Estimate the single room of size  3m x 4m x height 3m  using individual wall method?

Timber design, design of timber in flexural members in terms of extreme fib...

design of timber in flexural members in terms of extreme fibre stress in bending, maximum horizontal shear stress, deflection and bearing stress perpendicular to the grain. the ful

Analyse the state of stress, Analyse the state of stress: For the cros...

Analyse the state of stress: For the cross-section shown in above figure, let us take b = 100 mm, d = 300 mm and M = 9 × 10 7 N mm and Q = 18 × 10 4 N and analyse the state

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