St Joseph-LR021220FIELD DENSITY TESTING
Report Number: 94021187.0195
Service Date: December 14, 2002
Client: St. Joseph Village, Inc.
Attn: Joseph Dingman
13223 Glad Acres Drive
Dallas TX 75234
Project
ID
_ lrerr con
8901 Carpenter Frwy, Ste #100
Dallas, Texas 75247
(214) 630 -1010
3IDatQ;,_,December 20, 2002
St. Joseph Village
1201 East Sandy L
Coppell, TX 75019
Material Information
Lab Test Data
Project Requirements
Optimum
Max. Lab
Water
Water
Dry Unit
Content
Minimum Dry
Material Laboratory
Content
Weight
Range
Unit Weight
No. Test Method Description and Classification
( %)
(pcf)
( %)
( % compaction)
1. 211870015 ASTM D 698 Dk brown & gray clay
20.9
101.5
-1/ +3
95
Field Test Data
Test
No. Test Location
Probe
Lift/ Mat. Depth
Elevation No. (inches)
Water Dry Unit Dry Unit
Content Weight Weight
N (pC (% compaction)
N Side Bridge Fill Area
894 25' S & 20' W of NE cor. of Bridge
895 90'S & 100' W of NE cor. of Bridge
Final 1 8 21.9 100.8 99
Final 1 8 21.4 101.2 100
Comments:
Test results on this report meet project specification.
Services - Perform in -place density and moisture content tests to determine degree of compaction and material moisture
condition.
Field Test Method:ASTM D2922, ASTM D3017
Gauge ID: 1614
OF
Field Results Reported To: Forrest w /Centex
Technician: Bryan C. Hughes
LYNDON J. CO)"
...... .......
66401
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Report Distribution: /%
(1) St. Joseph Village, Inc. (1) City of Coppell Engineering `,(/ HBC erraco
(1) Aguirre Corporation (1) St Andrews Management Reviewed by:
(1) Centex - Jobsite (1) St Andrews Management
(1) City of Coppell - Bldg Insp Lyndon J. Cox, P.E.
Principal ngineer
The tests were performed in general accordance with applicable ASTM, AASHTO, or DOT test methods. This report is exclusive) or the use of the client
indicated above and shall not be reproduced except in full without the written approval of Terracon. Test results transmitted herein are only applicable
to the actual samples tested at the location(s) referenced and are not necessarily indicative of the properties of other apparently similar or identical
materials.
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