Page History

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• GDF_STARFISH_insitu_temperature_stations

INTERVAL

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PRESSURE

Data details

‘d’ structure contains fields:

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• Date – vector of real numbers containing

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• 'matlab' time
• Interval_Pressure – vector of real numbers containing

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• pressure measurements at a specified depth in the borehole

Optional:

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• Borehole – vector of char type specifying name of the borehole in which the measurement took place
• Depth – vector of real numbers containing

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• the depth in the borehole where the measurement took place

Field details

FieldDescription

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• Date –

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• vector of real numbers containing ‘matlab’ time
• Interval_Pressure – vector of real numbers containing pressure values

Optional:

• Borehole – name of the borehole in which the measurement took place
• Depth – borehole depth in which the interval pressure was measured

FieldType

• Date – 5
• Interval_Pressure – 24

Optional:

• Borehole – 3
• Depth – 22

FieldUnit

• Date– datenum
• Interval_Pressure– MPa

Optional:

• Borehole – char
• Depth – m

Optional:

• TWT– Two-way-time information

FieldType

• Depth– 20
• V_int– 12

Optional:

• TWT– 20

FieldUnit

• Depth– m
• V_int– m/s

Optional:

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Files associated with format:

• GDF_

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• STIMTEC_Interval_

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• Pressure.mat

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INTERVAL VELOCITY MODEL

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Data details

‘d’ structure contains fields:

• Time – Depth– vector of real numbers specifying measurement time since the beginning of the experiment.

optional:

• containing the depth of measured velocity
• V_int– AE Rate –  vector of real numbers containing the number of Acoustic Emission occurrence with time.Axial Stress – interval velocity information

Optional:

• TWT– vector of real numbers containing measurements of stress in axial directiontwo-way-time information

Field details

FieldDescription

• Depth – Depth of measured velocity (depth of the layer)
• V_int– Interval velocity information

Optional:

• TWT– Two-way-time information

FieldType

• Depth– 20
• V_int– 12

Optional:

• TWT– 20

FieldUnit

• Depth– m
• V_int– m/s

Optional:

• TWT– ms

Files associated with format:

• GDF_ST_GALLEN_Interval_velocity_model_TWT.mat 

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MECHANICAL DATA

Data details

‘d’ structure contains fields:

• Time – vector of real numbers specifying measurement time since the beginning of the experiment.

optional:

• AE_Rate
• Confining Pressure – vector of real numbers containing measurements of stress uniform in horizontal direction
• Injection Rate – vector of real numbers containing the injection rate
• Injection Volume – vector of real numbers containing the volume of injected fluidnumber of Acoustic Emission occurrence with time.
• Axial_Stress – Pore Pressure  – vector of real numbers containing measurements of stress in axial direction
• Confining_Pressure – vector of real numbers containing measurements of stress uniform in horizontal direction
• Injection_Rate – vector of real numbers containing the injection rate
• Injection_Volume – vector of real numbers containing the volume of injected fluid
• Pore_Pressure  – vector of real numbers containing measurements of pore pressure during the experiment
• Effective_Normal_Stress – vector of real numbers containing estimates of effective normal stress on the saw-cut fault plane
• Shear_Stress – vector of real numbers containing shear stress on the saw-cut fault plane
• Fault_Slip – vector of real numbers containing measurements of fault slip on the saw-cut fault planplane
• Fault_Slip_Velocity – vector of real numbers containing measurements of fault slip velocity
• Vertical_Strain_Gauge_1 – vector of real numbers containing strain measurements in vertical Z direction of strain gauge 1
• Vertical_Strain_Gauge_2 – vector of real numbers containing strain measurements in vertical Z direction of strain gauge 2
• Vertical_Strain_Gauge_3 – vector of real numbers containing strain measurements in vertical Z direction of strain gauge 3
• Horizontal_Strain_Gauge_1 – vector of real numbers containing strain measurements in horizontal direction of strain gage gauge 1
• Horizontal_Strain_Gauge_2 – vector of real numbers containing strain measurements in horizontal direction of strain gage gauge 2
• Horizontal_Strain_Gauge_3 – vector of real numbers containing strain measurements in horizontal direction of strain gage gauge 3

Field details

FieldDescription

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• AE Rate - Acoustic Emission Rate with time.
• Axial_Stress - Axial Stress measured using an internal load cell with an accuracy of +/- 0.05 MPa
• Confining_Pressure - Uniform horizontal stress measured using an internal load cell
• Injection_Rate - Fluid Injection Rate
• Injection_Volume – Volume ofInjected Fluid
• Pore_Pressure - Pore Pressure measured with the system Quizix 6000
• Effective_Normal_Stress - Effective Normal Stress results from normal stress acting on the saw-cut fault plane minus pore pressure
• Shear_Stress - Shear Stress resolved on the saw-cut fault plane
• Fault_Slip – Fault Slip determined from total axial displacement minus deformation of the loading frame and rock matrix
• Fault_Slip_Velocity – Measured Fault Slip Velocity
• Vertical_Strain_Gauge_1 – Data of vertical strain gauge No. 1
• Vertical_Strain_Gauge_2 – Data of vertical strain gauge No. 2
• Vertical_Strain_Gauge_3 – Data of vertical strain gauge No. 3
• Horizontal_Strain_Gauge_1 – Data of horizontal strain gauge No. 1
• Horizontal_Strain_Gauge_2 – Data of horizontal strain gauge No. 2
• Horizontal_Strain_Gauge_3 – Data of horizontal strain gauge No. 3

FieldType

• Time – 47, 412

optional:

• AE_Rate – 36
• Axial_Stress – 36
• Confining_Pressure – 36
• Injection_Rate – 11614
• Injection_Volume – 26
• Pore_Pressure – 26
• Effective_Normal_Stress – 26
• Shear_Stress – 26
• Fault_Slip – 16
• Fault_Slip_Velocity – 11616
• Vertical_Strain_Gauge_1 – 228110
• Vertical_Strain_Gauge_2 – 228110
• Vertical_Strain_Gauge_3 – 228110
• Horizontal_Strain_Gauge_1 – 228110
• Horizontal_Strain_Gauge_2 – 228110
• Horizontal_Strain_Gauge_3 – 228110

FieldUnit

• Time – s

optional:

• AE_Rate – Hz
• Axial_Stress – MPa
• Confining_Pressure – MPa
• Injection_Rate – ml/min
• Injection_Volume – ml
• Pore_Pressure – MPa
• Effective_Normal_Stress – MPa
• Shear_Stress – MPa
• Fault_Slip – mm
• Fault_Slip_Velocity – mm/s
• Vertical_Strain_Gauge_1 – m/m
• Vertical_Strain_Gauge_2 – m/m
• Vertical_Strain_Gauge_3 – m/m
• Horizontal_Strain_Gauge_1 – m/m
• Horizontal_Strain_Gauge_2 – m/m
• Horizontal_Strain_Gauge_3 – m/m

Files associated with format:

• GDF_Mechanical_Data

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MINE AREA

Data details

‘d’ structure contains fields:

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• GDF_MUSE1_Relative_Gravity.mat
• GDF_MUSE1_Absolute_Gravity.mat

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POWER PLANT POSITION

Data details

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FieldType

• Station_codename – 3
• Lat – 24
• Long – 14
• Date – 5

optional:

• StrainX – 1
• StrainY – 1
• StrainZ – 1
• Depth – 14
• Elevation – 2

FieldUnit

• Station_codename – char
• Lat – deg
• Long – deg
• Date – datenum

optional:

• – 3
• Lat – 24
• Long – 14
• Date – 5

optional:

• StrainX – 1
• StrainY – 1
• StrainZ – 1
• Depth – 14
• Elevation – 2

FieldUnit

• Station_codename – char
• Lat – deg
• Long – deg
• Date – datenum

optional:

• StrainX – microstrain
• StrainY – microstrain
• StrainZ – microstrain
• Depth – km
• Elevation – m

Files associated with format:

• GDF_STARFISH_strain_gauge_measurement

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STRESS DATA

Data details

‘d’ structure contains fields:

• XX_Stress – real numbers specifying modelled stress in XX direction (from stress tensor)
• YY_Stress – real numbers specifying modelled stress in YY direction (from stress tensor)
• ZZ_Stress – real numbers specifying modelled stress in ZZ direction (from stress tensor)
• XY_Stress – real numbers specifying modelled stress in XY direction (from stress tensor)
• YZ_Stress – real numbers specifying modelled stress in YZ direction (from stress tensor)
• ZX_Stress – real numbers specifying modelled stress in ZX direction (from stress tensor)

optional:

• X – real numbers specifying X coordinate of the numerical model
• Y – real numbers specifying Y coordinate of the numerical model
• Z – real numbers specifying Z coordinate of the numerical model
• Delta_CFS – real numbers containing estimates of the change of Coulomb Failure Stress
• SHmax – real numbers containing estimates of maximum horizontal stress
• Azmiuth_of_SHmax – real numbers of azimuth of maximum horizontal stress
• Shmin – real numbers of minimum horizontal stress
• Sv – real numbers of vertical stress

Field details

FieldDescription

• XX_Stress – Modelled stress in XX direction, compressive negative
• YY_Stress – Modelled stress in YY direction, compressive negative
• ZZ_Stress – Modelled stress in ZZ direction, compressive negative
• XY_Stress – Modelled stress in XY direction, compressive negative
• YZ_Stress – Modelled stress in YZ direction, compressive negative
• ZX_Stress – Modelled stress in ZX direction, compressive negative

optional:

• X – X coordinate (easting)
• Y – Y coordinate (northing)
• Z – Z coordinate (depth)
• Delta_CFS – Change of Coulomb Failure Stress
• SHmax – Maximum horizontal stress
• Azmiuth_of_SHmax – Azimuth of maximum horizontal stress
• Shmin – Minimum horizontal stress
• Sv – Vertical stress

FieldType

• XX_Stress – 252
• YY_Stress – 252
• ZZ_Stress – 252
• XY_Stress – 252
• YZ_Stress – 252
• ZX_Stress – 252

optional:

• X – 252
• Y – 252
• Z – 252
• Delta_CFS – 15
• SHmax – 14
• Azmiuth_of_SHmax – 13
• Shmin – 14
• Sv – 14

 FieldUnit

• XX_Stress – Pa
• YY_Stress – Pa
• ZZ_Stress – Pa
• XY_Stress – Pa
• YZ_Stress – Pa
• ZX_Stress – Pa

optional:

• X – m
• Y – m
• Z – m
• Delta_CFS – MPa
• SHmax – MPa
• Azmiuth_of_SHmax – deg
• Shmin – MPa
• Sv – MPa
• StrainX – microstrain
• StrainY – microstrain
• StrainZ – microstrain
• Depth – km
• Elevation – m

Files associated with format:

• GDF_STARFISHJAGUARS_strainStress_gauge_measurementData

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VELOCITY MODEL

Data details

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