1.
CRSI » Rebar Placing
Includes extensive tables of tension development and lap splice lengths for Grade 60 rebar with 3000 to 8000 psi concrete compressive strengths, ...
2.
CRSI » Splices
Includes extensive tables of tension development and lap splice lengths for Grade 60 rebar with 3000 to 8000 psi concrete compressive strengths, ...
3.
Corrosion Resistance of Alternative Reinforcing Bars: An ...
File Format: PDF/Adobe Acrobat - View as HTML Jul 24, 2006 ... reinforcing bars both qualitatively (visually) and quantitatively (weight loss). While a number of studies have reported that A1035, ...
4.
CRSI » Retaining Walls
Cast-in-place reinforced concrete cantilevered retaining walls provide an ideal solution on highway projects to accommodate a change in elevation over a ...
5.
CRSI » Field Handling Techniques for Epoxy Coated Rebar
Before unloading a bundle of coated rebar, make certain that the tie-downs are secure. Check for proper padding and bar separation on the transport. ...
6.
CRSI » Rebar Identification
This documentation and marking system helps provide a wealth of useful information about ... Illustration - Grade 420 rebar, Illustration - Grade 520 rebar ...
7.
CRSI » Splices
Splices See how spliced rebar is installed. There are three methods of splicing reinforcing bar: lap splices, mechanical splices, and welded splices. ...
8.
CRSI » Rebar Placing
Lap splices are the predominant method of splicing and are the preferred method for mechanical or welded splices. A lap is when two pieces of rebar are ...
9.
CRSI » Rebar Placing
The length of the lap varies depending on the concrete strength, the rebar grade, size, and spacing. Contact splices—bars touch—are preferred because they ...
10.
CRSI » Rebar FAQs
This accommodation is referred to as a "soft conversion" system of ... so much rust that the weight of the bar is reduced OR the height of the deformations ...
