STRUCTURAL TREND PREDICTOR FOR 2D CROSS SECTIONS

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STRUCTURAL TREND PREDICTOR FOR 2D CROSS SECTIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240337766 titled 'STRUCTURAL TREND PREDICTOR FOR 2D CROSS SECTIONS

The patent application describes a computer-implemented method for identifying geological structural trends using visible geological fault markers in a cross section.

Measurement of the angle of inclination of a fault.
Determination of average seismic velocity to convert z-axis values to depth.
Implementation of depth conversion.
Comparison of horizontal and vertical scales to determine aspect ratio and vertical exaggeration.
Correction of aspect ratio for accurate fault inclination measurement.
Determination of structural style and expected true fault inclination.
Calculation of angle of obliquity and structural trend.

1. 1. Potential Applications:

- Geological surveys - Oil and gas exploration - Civil engineering projects

1. 1. Problems Solved:

- Accurate identification of geological structural trends - Improved understanding of fault inclinations

1. 1. Benefits:

- Enhanced geological mapping - Increased efficiency in resource exploration - Better decision-making in construction projects

1. 1. Commercial Applications:
    1. Title: Enhanced Geological Surveying Technology for Resource Exploration

This technology can be used by geological survey companies to improve the accuracy of their mapping and exploration efforts, leading to more successful resource discoveries and optimized project planning.

1. 1. Prior Art:

Researchers can explore prior studies on fault identification and seismic velocity conversion methods in geological surveys to understand the evolution of this technology.

1. 1. Frequently Updated Research:

Stay updated on the latest advancements in fault identification techniques and seismic velocity conversion methods to enhance the accuracy and efficiency of geological surveys.

1. 1. 1. Questions about Geological Structural Trend Identification:

1. How does this technology improve fault inclination measurements compared to traditional methods?

  - This technology utilizes seismic velocity conversion and aspect ratio correction to provide more accurate fault inclination measurements.

2. What are the key factors to consider when determining the structural style of a geological section?

  - The expected true fault inclination and measured angle of inclination play a crucial role in determining the structural style of a geological section.

Original Abstract Submitted

systems and methods include a computer-implemented method for identifying geological structural trends. a cross section with visible geological fault markers for geological structures is received. an angle of inclination of a fault is measured. an average seismic velocity to convert z-axis values from a two-way travel time to a depth is determined. a depth conversion is implemented. a horizontal scale and a vertical scale are compared to determine an aspect ratio of a depth section of the cross section, including determining a vertical exaggeration. the aspect ratio of the depth section is corrected for the vertical exaggeration to obtain an accurate measurement of fault inclination in the cross section. a structural style and an expected true fault inclination are determined for the depth section. an angle of obliquity and a structural trend are determined using the expected true fault inclination compared with the measured angle of inclination of the fault.