Other Engineering Page 11

Geoplatai 2025.3 New ResUnet-24A Fault Identification Model Geoplat AI-Based Integrated Geoscience Solution Fault interpretation is one of the most challenging tasks in general structural interpretation workflows. Technologies developed in Geoplatai  ,Geoplat v2025.03 can significantly reduce the time and resources required to build geological models. Machine learning based on deep neural networks enables calculation of fault probability distributions, surface extraction, and elimination of interpretation uncertainties. Horizon interpretation is a core process for understanding structural features in geological sections and performing reliable dynamic seismic analysis. Geoplat v2025.03 introduces a novel approach to solving the problem of automated horizon tracking. You can trace individual formations or entire strata while preserving complex fault structures and regional geological features. Low-quality seismic datasets often pose challenges...

Stata MP: High-Performance Computing for Data Analysis Stata/MP (Multiprocessing) is the flagship edition of Stata designed for multi-core processors and large-scale data analysis. Below are its core features: 1. Parallel Computing Capabilities Supports up to 64 CPU cores, achieving near-linear speedups (e.g., ~8x faster on 8-core machines for linear regression). Dual-core systems are 1.8x faster than Stata/SE, quadruple-core systems 2.8x faster. 2. Scalability for Big Data Handles datasets with 200 billion observations (expandable to 1 trillion). Supports 120,000 variables, surpassing Stata/SE’s 32,000 limit. 3. Enhanced Functionalities High-Dimensional Fixed Effects (HDFE): Optimized for panel data models. Bayesian Variable Selection: Improves regression model accuracy. Panel VAR Models: Analyzes dynamic relationships in panel data. 4. User Experience Do-file Editor: Auto-completion and code folding...

REFLEXW 10.5 is designed for processing, interpreting, and analyzing seismic, ground-penetrating radar, and ultrasonic data formats. The software provides the SD01 processing tool for handling waveforms ranging from ground-penetrating radar (GPR) to seismic reflections, refraction data, and ultrasonic signals. It supports diverse data formats and geometries, allowing direct integration of GPS data into imported sequences. The system offers multiple visualization modes including point plotting, oscillation patterns, combined modes, contour views, zooming and panning, rotation and flipping displays, as well as multi-synthetic plotting. As a fully interactive platform, REFLEXW enables complete control over all processing and interpretation steps. The software comprehensively covers all possibilities of wave analysis data processing.

Maptek Vulcan 2025.1 is an advanced 3D geological modeling and mine planning software that stands out in the mining industry for its comprehensive functionality, data processing capabilities, and user-centric enhancements. Tailored to support the entire mining lifecycle, it empowers professionals to turn complex data into actionable insights, precise models, and efficient operational plans. Core Capabilities 3D Geological Modeling Excellence: It offers robust tools to construct detailed geological models, accurately capturing ore body geometries, structural features like faults and veins, and lithological variations. The software supports diverse data inputs, including drillhole data, geophysical data, and surface observations, ensuring models reflect real-world geological complexities. Integrated Mine Design Tools: Covering both open-pit and underground mining, it provides a full suite for mine design....

Polarion ALM is a browser-based application life cycle management (ALM) solution developed by Siemens for software and systems engineering, supporting the whole process collaboration ‌ of requirements management, test management, project management, etc. The following are its core functions and features: Core functions ‌ Integrated platform ‌ Integrate requirements management, coding, testing, and release to provide end-to-end traceability‌ 1. Agile and hybrid development support‌ Built-in agile/fallow template to support flexible project management‌ 2. Industry compliance ‌ Complies with automotive (ISO 26262, ASPICE), aerospace and other industry development standards‌ 3. Unique advantages ‌Live Document online collaboration ‌: Supports real-time editing and version control of structured specification documents ‌‌and integration with PLM ‌: Enables full life cycle tracking of hardware and firmware...

RiSCAN PRO 2.16 is a comprehensive software for managing terrestrial laser scanning projects, offering tools for data acquisition, processing, visualization, and analysis. It is designed to optimize workflows for producing accurate and refined TLS point cloud data, integrating seamlessly with RIEGL’s laser scanners. Key Features of RiSCAN PRO 2.16 Data Acquisition and Management: Organizes all project data (scans, images, GNSS data, control points, and reflector coordinates) within a structured project framework. Supports real-time data acquisition from RIEGL terrestrial laser scanners, ensuring precise capture of 3D point clouds. Links data via transformation matrices to align multiple scan positions into a common reference system. Point Cloud Optimization: Automatic Registration: Aligns multiple scan positions using automated algorithms to minimize manual adjustments. Multi-Station Adjustment:...

SolarWinds® Database Performance Analyzer (DPA) supports a wide range of proprietary databases to give a holistic picture of performance.  SolarWinds® Database Performance Analyzer (DPA) is a comprehensive database performance monitoring and analysis tool, designed to provide a global view of database performance through the integration of multi-dimensional metrics and intelligent analysis. Its core functions and advantages include: Cross-platform performance monitoring Supports multiple database management systems (such as Oracle, SQL Server, MySQL, DB2, Sybase, etc.), covering local, virtualized and cloud environments, and enables unified management through a single console. Provide high granularity data collection (with a resolution of per second), real-time tracking of thousands of metrics, and display historical and current performance trends through a visual interface. Response Time Analysis and Bottleneck Location By using the response time analysis method, SQL query performance issues can be accurately identified, including...

ZEN is the universal user interface you will see on every imaging system from ZEISS. For simple and routine works, ZEN leads you straight to result. For complex research experiments, ZEN offers the flexibility to design multi-dimensional workflows the way you wanted. No matter what microscopy task you have, you will find intuitive tools and modules to assist you: Acquire images using smart automation Process images with scientifically proven algorithms Visualize big data by GPU powered 3D engine Analyze images via Machine Learning-based tools Correlate between light and electron microscopes

The Meta Imaging Series MetaMorph 7.10 is a microscopy automation and image analysis software developed by Molecular Devices, designed for advanced imaging applications in biological research. It automates acquisition, device control, and analysis of images from various fluorescent microscopes, integrating diverse hardware into a single custom workstation. Below is a detailed overview based on available information: Key Features of MetaMorph 7.10: Automation and Device Control: Supports a wide range of commercially available microscopes, cameras, laser launches, TIRF optics, and other peripherals. It enables seamless integration and control for complex acquisition protocols, including multidimensional imaging (e.g., stacks of sequential images, multiple Z-sections, wavelengths, time points, and positions). Image Processing and Analysis: Offers a comprehensive toolbox with features like background subtraction, shading...

NONMEM V7.5 + PIRANA V3.0 Software Suite. NONMEM (Nonlinear Mixed Effects Modeling) is a software program used for pharmacokinetic and population pharmacokinetic studies, primarily for drug metabolism and efficacy analysis. PIRANA is a flexible modeling workbench that provides a GUI interface for tools such as NONMEM, PsN, and Xpose. It is specifically designed for population pharmacokinetic/pharmacodynamic modeling, helping modelers efficiently manage the model creation and execution process. It includes a rich model library and analysis tools, making it suitable for use in pharmaceutical research and development.    

Pandat 2025 _This database contains the structural, thermodynamic, elastic, electronic, magnetic, and optical properties of approximately 4,000 two-dimensional (2D) materials distributed across more than 40 different crystal structures. The types of materials included in the database are: MXY Janus, MXene, TMDC-H, TMDC-T, TMDC-alloy, Xane, Xene, etc. The database contains over 200,000 first-principles calculation results for inorganic crystal materials, including crystal structures, electronic structures, thermodynamic stability, and the dielectric and mechanical properties of materials, which can be used for the design of functional materials, alloys, and energy materials.

HydroComp PropElements 2023 is a software tool for propeller design and performance analysis in wake flow! A comprehensive and professional tool that enables optimized propeller design and evaluation in less time, thereby achieving ship mission objectives faster and more effectively! No longer waste significant human and material resources searching for the optimal design solution. The propeller design process includes several stages: determining key system characteristics, optimizing the radial distribution of blade shapes, conducting advanced CFD and FEA analyses, validating through model testing, and developing CAD geometry for the propeller! HydroComp PropElements provides an optimizing design stage between parametric specification and full 3D design for manufacture. It builds on the system specification of necessary propeller characteristics (such as those from NavCad)...

Elysium InfiPoints is a Reverse Engineering Solution to handle very large Point Cloud Data form output of Long Range Scanners. It is used for scanning large plants , monuments , Heavy Engineering Projects whose 3d Models and Drawings are not available. Key Features of Elysium InfiPoints 2024 Unlimited Data Handling: Utilizes innovative data indexing to manage massive point cloud datasets without size limitations, leveraging high-performance hardware for fast rendering and processing. Compatible with various 3D scanners (e.g., FARO, Leica, Trimble, Riegl, Topcon, Z+F) and supports mobile mapping systems (MMS), UAV-based scans, and Structure from Motion (SfM) technology. Automated Processing: Offers one-stop processing for point cloud data, including automatic registration of multiple scans, noise removal, and feature extraction (e.g., planes, cylinders, pipes, and structural elements). Automatically recognizes and eliminates unwanted noise, such as moving objects (people, cars), enhancing data accuracy. 3D Modeling and BIM Integration: Automatically generates 3D CAD models from point clouds, streamlining workflows for Building Information Modeling (BIM) and...

Rocscience RocFall2 is a software tool designed for analyzing rockfall hazards in geotechnical engineering. It simulates the trajectory, energy, and impact of falling rocks to assess risks and design mitigation measures for slopes, cliffs, and other geological structures. Here’s a concise overview based on available information: Key Features: 2D and 3D Analysis: RocFall allows modeling of rockfall paths in both two-dimensional and three-dimensional environments, enabling detailed visualization of rock trajectories and impact zones. Simulation Capabilities: It calculates rockfall energy, velocity, bounce height, and runout distance. Users can input various parameters like slope geometry, material properties, and rock characteristics. Barrier Design: The software supports the design and evaluation of protective structures such as barriers, nets, and fences, helping engineers optimize mitigation...