Quality control of concrete roads, Civil Engineering

Quality Control of Concrete Roads:

Concrete roads require a very high degree of quality control. The following aspects need to be checked regularly:

(a) Strength, shape and gradation of aggregates

(b) Quality of cement

(c) Slump of mix

(d) Strength of concrete

(e) Density and thickness of pavement

(f) Alignment, grade and profile of concrete pavement

Posted Date: 1/22/2013 4:58:26 AM | Location : United States

Related Discussions:- Quality control of concrete roads, Assignment Help, Ask Question on Quality control of concrete roads, Get Answer, Expert's Help, Quality control of concrete roads Discussions

Write discussion on Quality control of concrete roads
Your posts are moderated
Related Questions
To determine the specific gravity of fine aggregate (sand) by Pycnometer.

Geometric Design Of Roads: Geometric design of roads deals with elements such as cross-section, horizontal and vertical alignment, sight distances, lateral and vertical cleara

The Passage of time is single reason. Buildings also collapse because of weak foundations. Earthquakes, hurricanes and other natural disasters can also damage the structure of the

Q. Write short notes on Bulking of Sand? Volume of sand fluctuates with variations in moisture content when sand is wet then each particle sets coating of water due to surface

Project specifications require a relative compaction of 95% (modified Proctor).  Construction of a highway embankment requires 10,000-yd 3 of fill.  The borrow soil has an in-situ

Explain Rapid Mixing Tank For the chemical reactions to occur, the chemicals must be mixed with water for both coagulation and softening we need mixing of chemical wi

the elevations of grid points for an area as follows: 1 2 3 4 5 6 7 8 F 690 709 726 732 735 740 743 747 E 696 715 729 736 740 737 739 740 D 702 723 733 742 737 737 745 747 C 707 72

How to raise an invoice with WCT for Civil construction job?

Compute the stresses at top and bottom fibers in a simply supported pre-stressed concrete beam with a rectangular cross section, 250 mm wide and 450 mm deep, as shown in Figure, at