WinLoG Rock Core Geophysics Example

Rock core geophysics log with gamma ray, sonic velocity, recovery, RQD and lithology View Full Log
Rock Core Geophysics Log
1-page log 1 Review Warning
MINING ROCK CORE EXAMPLE

WinLoG Rock Core Geophysics Example

Integrated rock-core quality, geological classification and downhole geophysical curves in a validated drillhole log.

This example presents a 9 m rock-core borehole combining gamma ray and sonic velocity measurements with recovery, RQD, lithology, weathering and strength classification. All datasets share a consistent depth scale for direct comparison of geophysical response and interpreted rock conditions.

Automated validation completed with 100% completeness, 84% confidence, no errors and one review warning. The warning identifies low RQD in strong sandstone from 1.20 to 1.80 m, demonstrating how WinLoG flags an unusual relationship for professional review without treating it as an automatic data error.

Gamma RaySonic VelocityRecoveryRQDWeatheringStrength ClassificationLithology1 Review WarningXML Template

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Capabilities Demonstrated

What This Rock Core Geophysics Example Shows

Geophysical Curves

  • Gamma ray profile in API units
  • Sonic velocity profile in m/sec
  • 79 measurements per curve
  • Continuous 0.1 m sampling
  • Depth-aligned curve comparison

Core Quality

  • Five core-recovery intervals
  • Recovery from 85% to 100%
  • RQD by core interval
  • Weathering classification
  • Strength classification

Geological Logging

  • Seven lithologic intervals
  • Standard rock symbols
  • Sandstone, siltstone and mudstone
  • Chalk, marl and shale
  • Blade-bit and HQTT methods

Validation

  • 100% completeness
  • 84% confidence
  • Quality rated Good
  • No validation errors
  • One low-RQD review warning

Geophysical Response Beside Rock-Core Quality

The gamma-ray and sonic-velocity curves are placed directly beside RQD, weathering, strength and lithology. This allows reviewers to compare changes in physical response with rock-type boundaries and engineering classifications without moving between separate reports.

The example also demonstrates review-oriented validation. A 20% RQD value in the strong sandstone interval is retained in the log but flagged because it is below the expected 25% threshold. The result can then be checked against the original core record and documented if the condition is valid.

Example Data

Core, Geological and Geophysical Information

Drillhole and Core Data

  • Project: Mining Examples
  • Borehole depth: 9 m
  • Elevation: 231 m
  • Five recovery intervals
  • Groundwater level: 5.5 m

Displayed Technical Data

  • Gamma ray and sonic velocity
  • Recovery and RQD profiles
  • Weathering and strength classifications
  • Depth and elevation scales
  • Lithology symbols and defect remarks
Log Preview

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Rock Core Geophysics - Complete Log
Downloads

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Review the finished log and validation report, or load the XML log and template into WinLoG.