QUESTION 3.The construction of a reinforced concrete wall involves placing 660 m³ concrete, fixing 50 tonof steel, and 790 m² of formwork. The following information belongs to the jobs involved inthis activity:* A 6-man concrete crew can place 16 m' of concrete/day.* A steel-fixer and assistant can fix 0.5 ton of reinforcement/day.* A carpenter and assistant can fix and remove 16 m² of shuttering/day.Calculate the duration of the activity considering the steel-fixer as the critical resource

Given that, a reinforced concrete wall involves placing 660 m³, Fixing 50 ton steel 790 m² of…

The construction of a reinforced concrete wall involves placing 660 m³ concrete, fixing 50 to of steel, and 790 m² of formwork. The following information belongs to the jobs involved i this activity: * A 6-man concrete crew can place 16 m³ of concrete/day. A steel-fixer and assistant can fix 0.5 ton of reinforcement/day. * A carpenter and assistant can fix and remove 16 m² of shuttering/day. te the duration of the activity considering the steel-fixer as the critical resource

The construction of a reinforced concrete wall involves placing 660 m³ concrete, fixing 50 to of steel, and 790 m² of formwork. The following information belongs to the jobs involved i this activity: * A 6-man concrete crew can place 16 m³ of concrete/day. A steel-fixer and assistant can fix 0.5 ton of reinforcement/day. * A carpenter and assistant can fix and remove 16 m² of shuttering/day. te the duration of the activity considering the steel-fixer as the critical resource

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

provides various engineering solutions, including electrical, mechanical and construction. As part of the periodic performance assessment, the company has set a multidisciplinary engineering evaluation to its employees. You have been handed over the below tasks and asked to solve them, using the scientific methods you have learnt. Task (1) You have been provided with the below schematic design of a concrete beam that might be implemented at one of the sites. Answer the following: 15 KN 20 KN KN 40 KN 16 20 Figure 1: Concrete Beam 1. Find the equivalent forces of the disturbed loads. 2. Sketch the beam showing all the applied forces (reaction and equivalent forces) and their suitable locations. 3. Apply the moment equations in the equilibrium state to find the value of the reaction forces at points A and B. 28
V7
Question 2A. Mr. Dovlo, the project Manager for Berock construction is arguingabout a discrepancy in the Drawings and the BOQ on a grade of concrete for a slab.i. In the Bill of quantities, the concrete grade is C20ii. Drawings or designs, the concrete grade is C25 Which of these two takes precedent over the other and why?
please help my homneworkkk ı need a good solution
Need asap and correct answer only
Problem with Conventional Construction Method What is the the conventional bottom-up construction method, which relies on the assembly of prefabricated concrete elements on-site, has long been the cornerstone of the construction industry? What are the step of conventiaonl bottom up construction method in photo? Are there any risk associated with tower cranes?any case studies in singapore? Working at height ? Site management? Productivity? Carbon Footrpint? Are there any more problem?
A transit concrete mixer truck gets stuck in traffic and arrivesjust after the maximum time allowed for fresh concrete. Theproject superintendent rejects the concrete, but the driverinsists that it is visible still in good shape. However, becausethe superintendent refuses to accept the concrete, it is dumpednearby the project. Who should pay for this concrete?
How is water hammer generated in pipes and penstock? What are its effects? How can these effects be minimized?
Derive the labor and equipment cost for a 1,000 sq.m 4" thick masonry wall using 1:5 mortar mixture based from the following crew team composition, output and given prices.1. Team and Daily Rates1- Project Engineer (P 2000/day)1 - Construction Foreman (P 1000/day)6 - Mason (P800/day)12 - Laborer (P500/day)2. Output of team is 13.5 cu.m per day.3. Equipment (minor tools) is 10% of the labor cost.