FDOT Laboratory Data Sheet - UF/FDOT - Geotech...

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Project Name: Project Number: Financial Number: Clear All Upload Download Open XML File Save XML File

Transcript of FDOT Laboratory Data Sheet - UF/FDOT - Geotech...

Project Name:Project Number:

Financial Number: Downloading and Opening adds to data already exisiting in this sheet. Press the clear button first for all new data.

Clear All

Upload

Download

Open XML File

Save XML File

Downloading and Opening adds to data already exisiting in this sheet. Press the clear button first for all new data.

Sheet 1 Project Name CountyProject Number Company

Financial Number Hole nameCore Run

Comments: Test DateReport Date

Core Barrel Desig. Recovery %

RQD %Start ElevEnd Elev

Start DepthEnd Depth

Length Diameter Description Compression qu Tension qt(in) (in) (pcf) (ksf) (ksf)

123456789

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Sample #

gdry

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Sheet 1 Project Name CompanyProject Number Hole name

Financial Number Test DateReport Date

Pressure Erosion Rate Core Run(ksf) (in/hr) Sample #

0 2 4 6 8 10 120

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Eros

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Sheet 1 Project Name CompanyProject Number Hole name

Financial Number Test DateReport Date

Stress Strain Core Run(ksf) Sample #

Strain at 0E50 (ksf)

E100 (ksf)e50

e100

Maximum Stress 0 (ksf)0

######

0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 10

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Strain

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FALSE

Sheet 1 Project Name CountyProject Number Company

inancial Number Hole nameTube name

Sample Type DisturbedTest Date Undisturbed

Report Date

Sample Length Soil Type USCS AASHTO c Su(in) (ft) (ft) (ft) (ft) % (ksf) (ksf)

123456789

10111213141516

Start Elev

End Elev

Start Depth

End Depth

Soil Pre-Descriptor

Soil Post-Descriptor

Organic Content f '

Dis

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d fo

r Pilo

t Pro

ject

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Comments:

DisturbedUndisturbed

Atterberg Limits Strain Moduls

OCR Perm - k LL PL PI(pcf) (pcf) (ft/sec) (%) (%) (%) (%) (%) (%) (pcf) (ksf) (ksf)

Optimum Water

Content

gtotal gdry

Void Ratio

Moisture content

Relative Density wopt max gdry e100 e50

E100 E50

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d fo

r Pilo

t Pro

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r Pilo

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Corrosion

Resistivity Chlorides Sulfates ph

Ohm-cm ppm ppm

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Baker

Sheet 1 Project Name CompanyProject Number Hole name

Financial Number Tube NameSoil Classification requires PL, LL, Sieve 10, 40, and 200 Test DateFor non-plastic, enter 0 Sample

Calhoun

y1 #N/A #N/A #N/ASieve # Size Sieve Analysis D50 (mm) x2 #N/A #N/A #N/A

Escambia

(mm)Sieve #

Sieve Opening x1 #N/A #N/A #N/AFlagler

3" 76.200 (mm) X 60 30 10Franklin

2" 50.800 #N/A #N/A #N/A #N/A #N/AGadsden

1.5" 38.100 #N/A #N/A #N/A #N/A #N/AGilchrist

1" 25.400 #N/A #N/A #N/A #N/A #N/AGlades

0.75" 19.050 #N/A #N/A #N/A #N/A #N/AGulf

Percent Finer (total) %

0.0010.010.11101000

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Particle Diameter (mm)

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Sheet 1 Project Name CompanyProject Number Hole name

Financial Number Tube nameSample

Results Test DateCc Report DateCr OperatorPreconsolidation (ksf) Sample Height

Pressure Displacement Void ratio Strain Constraint Modulus (ksf) Solid Height(ksf) (in) Insitu Stress

#N/A #N/A Initial Void Ratio#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A#N/A #N/A

1 100

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(in)(in)(ksf)

Sheet 1 Project Name CompanyProject Number Hole name

Financial Number Tube nameSample

Results Test DateCv Taylor (ft2/day) Report DateCv Casagrande (ft2/day) OperatorCalpha Pressure

Time Dial Square root t(min) Reading

1 100

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(ksf)

InstallationThe XMLTrans dll must be installed for upload and download functionality

Security SettingsMacros must be enabled for this spread sheet to work as designed.To enable macros:

1 Select the Tools menu2 Select Macro3 Select Security4 Under the Security Level tab select either medium or low5 Close Excel and reopen this excel file

General UsageThis sheet has been designed to aid in the transformation of laboratory data into the FDOT xml schema.Various worksheets have been developed in an attempt to logically divide the available laboratory data.

Cells with a yellow background are required Cells with a white background are used to enter dataCells with a light blue background and derived from other parts of the spreadsheet. They may be stored in the XML schema.

The Spin Control is used to rotate the visible data. Multiple sets of data may be entered into this spreadsheet at one time.

The Delete Record button removes the data locally from this spreadsheet. It does not delete the data that is uploadedinto the database.

The SI Units check box changes the data type that is saved into the XML file. Changing it will change the units displayed onthis spread sheet. It will not convert data from one set of units to the other.

Step by Step Example1 Select the general worksheet. Enter the Project Information.2 Select the worksheet corresponding to your laboratory data.3 Select the type of units for the data (SI or English). This is done with the SI Units Check box.4 Fill out the yellow cells with the required information.5 Fill out the white cells with available information.6 If you have more results to enter, use the spin control to rotate the data.7 Select the general worksheet. Upload or Save your XML laboratory data.

Downloading and Opening XMLWhen you download or open an XML file it will add to any data existing within this spreadsheet. As such, you should not add any data that is already present within this sheet. Use the Clear All button in the general sheet to erase all currentdata.

Notes on Specific SheetsRock

This sheet serves as a general summary of rock laboratory test results. The core run and sample columns are yellow. Each row containing rock data must have its respective core run and sample columns filled out.

SoilThis sheet is a summary of soil laboratory data. The sample column must be filled out for each data row.

SieveSoil classification requires a PL, a LL, and data for US Sieve 10, 40, and 200.

Delete Record

SI Units

TriaxialThe import Triaxial data button imports ASCII data that may be saved by another laboratory device.It requires 4 steps.

1 Press the Import Triaxial Data button, select the ASCII file containing the strain and deviator stress data2 Use the spin control to select the test number corresponding to the imported data3 Use the other spin controls to select the strain and deviator stress columns4 Click the Import Triax button to copy the data into the correct columns on the Triaxial sheet

A macro has been created that resizes the Mohr circle plots when the plot is clicked. This macro attempts to alter the scale inorder to create a plot in which the Mohr circles look like circles.

Sponsored by the Florida Department of Transportation

This sheet has been designed to aid in the transformation of laboratory data into the FDOT xml schema.Various worksheets have been developed in an attempt to logically divide the available laboratory data.

Cells with a light blue background and derived from other parts of the spreadsheet. They may be stored in the XML schema.

The Spin Control is used to rotate the visible data. Multiple sets of data may be entered into this spreadsheet at one time.

The Delete Record button removes the data locally from this spreadsheet. It does not delete the data that is uploaded

The SI Units check box changes the data type that is saved into the XML file. Changing it will change the units displayed on

When you download or open an XML file it will add to any data existing within this spreadsheet. As such, you should not add any data that is already present within this sheet. Use the Clear All button in the general sheet to erase all current

This sheet serves as a general summary of rock laboratory test results. The core run and sample columns are yellow.

This sheet is a summary of soil laboratory data. The sample column must be filled out for each data row.

The import Triaxial data button imports ASCII data that may be saved by another laboratory device.

Press the Import Triaxial Data button, select the ASCII file containing the strain and deviator stress data

Click the Import Triax button to copy the data into the correct columns on the Triaxial sheetA macro has been created that resizes the Mohr circle plots when the plot is clicked. This macro attempts to alter the scale in