St Joseph-LR020606FIELD DENSITY TESTING
Report Number: 94021187.0008
Service Date: May 23, 2002
8901 Carpenter Frwy., Suite//100
Dallas, Texas 75247
(214) 630-1010
Client: St. Joseph Village, Inc.
Attn: Joseph Dingman
13223 Glad Acres Drive
Dallas TX 75234
Report Date: June 06, 2002
Project: St. Joseph Village
1201 East Sandy Lake Rd
Coppell, Texas
Project Number: 94021187
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. ASTM D-698 Med brown silty clay w/gravel 17.6 107.9 -1/+3 95
2. ASTM D-698 Lt. brown & reddish tan silty sandy clay 13.2 117.1 -1/+3 95
Field Test Data Probe Water Dry Unit Dry Unit
Test Lift/ Mat. Depth Content Weight Weight
No. Test Location Elevation No. (inches) (%) (pct') (% compaction)
East Cottage Loop Road
110 75' S & 35' E of NE cor. of Bldg. #2 1st 1 6
111 15' S & 30' E of NE cor. of Bldg. #2 1st 2 6
18.7 109.6 102
16.1 115.0 98
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:
.? ~.'\~. ,~ lZ :-
:.... ~
~, LYNDON J. COX
Technician: Phil Green
Repod Distribution: , ~)n HBC Engine~//
(1)St Joseph Village Inc (1)C~ofCoppe -Bdg nsp _, :_, _~ ~, ~ ~ ~
· ' ' R~wuw~u uy: [/l~ ~t ' ~
(1) Aguiffe Co~oration (1) Ci~ of Coppell - Constr Insp ,' ~ t
(1) Centex Csdonstm~on Company / Lyndo~._,_~ Cox, P.E.
(1) Ci~ of Coppell - Engr Prin~p~l
Engineer
The tes~ were ~do~ed in general ac~ance ~ appli~ble ASTM, ~SHTO, or DOT test me.ods. This repod is exclusiv~ for the use of ~e client
indicted above and shall not be repr~uc~ except in full wi~out the ~iRen approval of Te~n. Test resul~ transmiEed herein are only appli~ble
to the actual samples tested at ~e location(s) referenced and are not ne~ssafily indi~tive of ~e prope~es of other apparently similar or idenfi~l
materials.
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