SeisImager 2023.03 surface wave analysis software Activated version crack
SeisImager software v8 2023 modeling and interpretation of earth layers
SeisImager 2023 cracked version is a leading surface wave analysis solution.
The software will provide users with flexible, powerful, efficient and convenient tools, leading technology, rich functions,
powerful active and passive source data analysis functions, allowing users to quickly build accurate models and conduct in-depth inspections and studies on the impact of velocity changes, and the results are accurate.
It provides a fully integrated refraction modeling and interpretation software package, which can determine the best way before the site based on low-quality information data of the site and simulation measurements through modeling software.
In addition, it also provides effective downhole seismic survey functions, comprehensive data screening, unique functions, and the latest cracked version download
SeisImager software v8 2023 modeling and interpretation of earth layers Features
1. SeisImager/SW includes active and passive source data analysis capabilities. Higher frequency data from a sledgehammer source that penetrates shallower depths can be combined with lower frequency data from a microtremor that penetrates deeper depths. Merge the results into a high-resolution S-wave velocity map.
In addition to the main function for determining Vs, SeisImager/SW allows users to build models and examine the effects of velocity changes. Borehole data such as P-wave velocity and blow counts (N values) can also be correlated.
Surface waves are easy to record and load information about the subsurface. With SeisImager/SW, data processing becomes simple, putting the answers you seek at your fingertips.
SeisImager/SW includes active and passive source data analysis capabilities. Higher frequency data from a sledgehammer source that penetrates shallower depths can be combined with lower frequency data from a microtremor that penetrates deeper depths. Merge the results into a high-resolution S-wave velocity map. After starting the software, a wizard will guide you through the data analysis. SeisImager/SW includes default parameters that are suitable for most situations, but users can fully adjust them as needed. In addition to the main function for determining Vs, SeisImager/SW allows users to build models and examine the effects of velocity changes. It is also possible to correlate borehole data such as P-wave velocity and number of blows (N values).
Calculate phase velocity and automatically pick dispersion curves
Perform inversion to iteratively find 1D S-wave velocity (Vs) curves or 2D Vs cross sections
Allows active and passive source dispersion curves to be combined for high-resolution results at all sampling depths
Flexible geometry options to suit a variety of field configurations and conditions
Analysis based on robust methods: frequency domain tau-p, CMP cross-correlation for active source multi-channel surface wave analysis (MASW); spatial autocorrelation (SPAC) for passive source microseismic array measurement (MAM)
Includes editing and quality control functions, as well as velocity modeling
2. SeisImager/2D refraction software is a fully integrated refraction modeling and interpretation software package that runs on a geometric seismometer or PC. Before going to the site, determine the best way to configure the survey by drawing a geological cross section of the site and performing simulated measurements using sophisticated modeling software.
Change the model to see which targets are detectable. Quickly identify the first break using accurate auto-pickers with manual override capabilities. Clean up noisy data with comprehensive filtering and view all previous picks simultaneously for shot-to-shot consistency.
QC your data before analysis to ensure your answers are the most accurate. Display differences between travel time curves to distinguish between layering and refractor topography. Automatically resolve reciprocal time conflicts that cause inaccurate depth estimates. Choose from three analysis methods to best suit the geological conditions.
Quickly navigate through 2-layer or 3-layer time term analysis. If you prefer a traditional approach, use the delayed time (reciprocal) method and step through the process. If you anticipate lateral velocity variations, use the optimized layer imaging analysis, which runs quickly and accurately.
3. SeisImager/DH Downhole seismic surveys are a proven method for obtaining in-situ subsurface information that is not typically available from surface seismic surveys. Applications include earthquake hazard site response studies, dam safety investigations, foundation studies, soil and rock property measurements, and velocity control of seismic reflection measurements.
SeisImager/DH Downhole software is a fully integrated modeling and interpretation package that runs on a Windows PC. Quickly identify the first break using a precise auto-picker with manual override capability.
Clean up noisy data using comprehensive screening. Waveforms are optimized using a unique polarization function that rotates the horizontal component and aligns it with the direction of particle motion. Interval and layered velocity models are calculated using a robust least squares approach.