Other Engineering Page 18

QuantumATK atomic-scale modeling software enables large-scale and thus more realistic material simulations, integrating multiple simulation methods, ranging from ab initio DFT to semi-empirical and classical force fields analysis, into an easy-to-use platform. QuantumATK accelerates semiconductor and materials R&D, and reduces time and costs by enabling more efficient workflows in the screening process of new materials across a broad range of high-tech industries. Accelerate development of new materials and obtain deep understanding of mechanisms and structure-property relationships using QuantumATK materials modeling software. Compute both basic and more advanced material properties, including electronic, structural, optical, thermal, magnetic and mechanical properties, as well as electronic and thermal transport, electron-phonon coupling, piezoelectricity and more characteristics QuantumATK is fully supported and delivered in an easy-to-use...

ErgoSoft offers high-fidelity rip software for the digital inkjet printing industry Ergosoft PosterPrint Pro V16 RIP Software with Color GPS Profiler Included – for 64″ 8 Color PrintersWith PosterPrint v16, you’re building your business on superior quality. ErgoSoft PosterPrint v.16 stands alone with its intuitive interface and intelligently designed workflow. PosterPrint v.14 boasts the most efficient workflow available. By combining its feature-rich JobComposer layout interface, JobCenter production monitor, and PrintClient/Queue job control center, volume and quality control remain at their highest levels, keeping profit margins and customer satisfaction at their highest levels.

1.Topcon Field improvements enhance support for IFC files, allowing greater flexibility in visualizing, managing and assigning field work. 2. Enhanced support for Skybridge technology (Star Station Differential) to improve user workflow and convergence times. For surface models, add multiple options to help users create, manage and generate reports. 3. Add SureTopo technology (coordinate anomaly detection function) to release and hybrid surveys to increase positioning reliability. Improved tilt compensation performance to allow 30° tilt measurements. 4. Topcon Office improves and optimizes the release menu UI, allowing users to quickly insert, modify and setup data. 5. Updated elevation point features for easy creation and management. New text input options that improve text input efficiency. New Orthogonal Mode option that greatly improves workflow...

Introduction to PIX4Dfields PIX4Dfields is a specialized photogrammetry software developed by Pix4D, tailored for precision agriculture and crop analysis. It enables farmers, agronomists, and researchers to create accurate maps and models of fields using drone and satellite imagery, facilitating data-driven decisions to optimize crop health, resource allocation, and yield. With a user-friendly interface and rapid processing capabilities, PIX4Dfields supports both offline and in-field workflows, making it a powerful tool for digital farming. Key Features and Functionality of PIX4Dfields Data Capture and Inputs: Supports JPEG or TIFF images from drones with standard RGB or select multispectral cameras (e.g., Parrot Sequoia, MicaSense RedEdge, Altum, Sentera 6x for thermal). Integrates Sentinel-2 satellite imagery for broader field coverage (available since PIX4Dfields 2.0). Processes nadir...

PIX4Dsurvey is a powerful photogrammetry and point cloud processing software developed by Pix4D, designed to bridge the gap between photogrammetry, LiDAR, and CAD/GIS workflows. It enables surveyors, engineers, and geospatial professionals to efficiently extract critical vector data from point clouds and imagery, transforming complex 3D data into actionable, CAD-ready deliverables. The software supports large datasets and integrates seamlessly with other Pix4D products and third-party tools, making it a versatile solution for surveying, mapping, and construction applications. Key Features of PIX4Dsurvey Data Capture and Import: Capture images or point clouds using drones, laser scanners, or LiDAR systems. Optimize drone flights with the free PIX4Dcapture mobile app for automated data collection. Import point clouds from PIX4Dmapper, PIX4Dmatic, PIX4Dcloud (.p4d, .p4m files), or...

Rocscience Rs2-2D Finite Element Analysis Software Analyzes slopes, foundations, tunnels, and more using the shear strength reduction method for accurate stability assessments. RS2 is a program for 2D finite element analysis of geotechnical structures for civil and mining applications. Applicable for both rock and soil (RS2 = Rock and Soil 2-dimensional analysis program), RS2 is a general purpose finite element analysis program for tunnel and support design, underground excavations, surface excavation, slope stability, embankments, dynamic analysis, foundations, consolidation, groundwater seepage and more.

3D Limit Equilibrium Analysis Software Solves challenging 3D slope stability models effortlessly, offering all the features of Slide2 plus advanced 3D modelling. Dams & Embankments Slide3 excels in modeling dams and embankments with features like rapid drawdown, complex pore pressure distributions, non-linear material models, and unsaturated strength. It’s used extensively for hydroelectric and tailings dams, and you can link to RS3’s powerful steady-state and transient groundwater analyses to accommodate any pore pressure conditions. Define multiple Slide2 sections along a user-defined path within Slide3, then export them for computation. You can view the 2D analysis results alongside your 3D models in Slide3 for comprehensive insights.  

Slide3 3D Limit Equilibrium Method Slope Stability Analysis Software Slide3 is a new software for 3D slope stability analysis using the limit equilibrium method. Many of the features that need to be simplified in our 2D software, such as complex geometries, anisotropic materials, inhomogeneous loads, and asymmetric support, can now be realistically implemented in Slide. The ease of use makes Slide3 capable of solving challenging 3D models in minutes instead of hours or days!

Byonic™ MS/MS Search EngineComplete MS/MS Search Engine for Comprehensive Peptide and Protein Identification Protein Metrics offers not only comprehensive protein characterization and analysis software, but also a complete MS/MS search engine for peptide and protein identification and an enterprise platform for reporting, analysis, and collaboration, with a clean and clear user interface and intuitive access for the user to enjoy the convenience of the software and obtain accurate analysis, with unique algorithms to maximize accuracy The unique algorithms maximize accuracy and eliminate discrepancies wherever possible. Automate your analysis for extensive, efficient and repeatable results. Finally, you can manage, query, and analyze data information as needed to get complete reports and uncover new leads and insights. The Protein Metrics product suite...

SonarWiz Feature Details Survey Planning Load background maps and charts from a range of formats including DNC, RNC, S57, and GeoTIFF. Automatically plan survey lines parallel to a reference line, within a polygon based on either efficiency or conventional patterns. Generate planned survey maps as a GeoPDF, GeoTIFF, ECW, JPEG or Google Earth. Estimate survey timing. Post-Processing Preview files with the SNIFF feature. Add and fix navigation data with NavInjectorPro. Leverage advanced signal processing and gain control; take advantage of features such as beam angle correction, de-striping, non-linear per channel TVG, AGC, Band Pass Filtering and Stacking, Contact (target) capture, annotation, and summary reporting via 3D Viewer. Employ flexible layback configurations. Easily printable output. Grid/contour isopach-type shapefile / grid generation...

PEAKS® Studio is a specialized proteomics software driven by deep learning technology that meets the needs of discovery proteomics and target validation proteomic data analysis. The completely redesigned architecture delivers increased speed and stability. Gain intuitive data visualization with PEAKS® through an updated graphical user interface that simplifies data analysis for users in a new look and optimized workflow.PEAKS® Studio enables peptide/protein qualitative and quantitative peptide/protein characterization, post-translational modification site and mutation site identification, providing a complete solution for proteomics data analysis!

Teledyne Reson’s own Teledyne PDS Multibeam software is very effective in obtaining high quality and fast results, whether it is for multibeam surveys, single beam surveys or dredging. Teledyne PDS Multibeam software provides survey planning, software acquisition, data post-processing, editing, volume calculations and base map generation. It is an all-encompassing solution that allows surveyors to perform multibeam surveys more efficiently. Our newest feature is the ability to use color-coded DTM models for real-time 3D and top view display. Multiple data filter settings can be made online for multibeam data, meaning real-time data post-processing is possible.QC display allows surveyors to ensure that the required data quality has been obtained. The 3D editing module features 3D band editing, multibeam and laser calibration,...

PIX4Dmapper is a professional photogrammetric software that converts images captured by drones, airplanes, or ground cameras into accurate 2D maps and 3D models. Below is a brief description of the software: Main features Automated Processing: Fully automated workflow, users only need to import images and the software will automatically complete the whole process from aerial triangulation to generating final results. High-precision results: Generate measurement results with sub-centimeter accuracy to meet professional mapping needs12. Flexible control: Users can customize the processing area, select processing options, add ground control points, and edit point clouds, digital surface models (DSMs), 3D texture models, and orthophoto mosaics, etc. . Multi-spectral support: Supports processing of RGB, multi-spectral and thermal infrared images, suitable for agriculture, environmental monitoring...

Foundational System Modeling Capabilities Ansys DME Component Libraries offer numerous building blocks, which includes some of the following major capabilities: Various temporal, translational, and rotational coordinate representations and transformations Low and high-fidelity models for the Earth and other celestial bodies, including support for interpolated terrain surface features Geometric primitives representing the kinematics of simple scalars, points, axes, and vectors regarding different frames of reference Simple and advanced propagation algorithms for modeling the motion of land, air, sea, and space vehicles Computation of intervisibility (access) and coverage between assets while accounting for various constraints, including sensor field of view Detailed communications, radar, and navigation system modeling and analysis 3D globe and 2D map visualization of time-dynamic objects and analysis results, either...

LiDAR360 LiDAR point cloud data processing and analyzing software LiDAR360 v8.1 is a point cloud post-processing and industry application software independently developed by Beijing Digital Green Earth Technology Co. LiDAR360 is a point cloud post-processing and industry application software independently developed by Beijing Digital Green Earth Technology Co. With more than 700 powerful and flexible functions, it solves the last-mile application problems of users and provides full life-cycle services for customers in the industries of topographic mapping, engineering surveying, forestry investigation, mine safety, and real-view 3D, etc. 1. Preprocessing Add 3D control point report function: Added automatic detection of the target corresponding to control points. Added support for directly defining the coordinate transformation model in the control point report. Add...

Ansys ModelCenter 2025 R1 introduces several new features and enhancements focused on advancing Model-Based Systems Engineering (MBSE), improving integration, and streamlining workflows. Here’s what’s new in 2025 R1: Expanded SysML Support: SysML v1 Enhancements: New support for SysML v1 profiles and non-composition elements, improving compatibility and enabling seamless integration with existing SysML v1 models. SysML v2 Support: Extended capabilities for SysML v2, integrated with the Ansys System Architecture Modeler (SAM), to support next-generation MBSE workflows and advanced system modeling. Enhanced Capella Integration: New property synchronization in the Capella connector, allowing consistent and efficient data exchange between ModelCenter and Capella, enhancing system engineering collaboration and model accuracy. Advanced Ansys System Architecture Modeler (SAM) Integration: New intuitive data exchange capabilities and Design...