Altair Material Modeler (AMM) is a modeling software that allows users to quickly and accurately process raw test material data and generate required inputs for data export in txt format, including simulation-ready material cards for the nonlinear behavior of bulk materials like metals, plastics, rubbers, and foams.Required Altair Compose and HWSolver 2025.0 Intuitive workflows let users create material data for elasto-plastic and hyperelastic material models. The option to generate simulation material cards supports market-available implicit and explicit codes and can be used for multiphysics simulations. Altair Material Modeler dramatically reduces the time and costs needed to create high-quality material data and simulation input for computer-aided engineering (CAE) applications. Key Features Democratizing Material Preparation Highly automated workflows unlock the data processing...
FlightStream® revolutionizes aerodynamic design and analysis, offering solutions for a variety of vehicles from subsonic to hypersonic. Its unstructured surface-mesh solver and intuitive GUI reduce time and complexity compared to traditional computational fluid dynamics (CFD) solvers. Available versions: 2025.x , 2024.x ,… Altair FlightStream 2025.0 Tested Picture Versatile and powerful, FlightStream® seamlessly integrates with CAD software and excels in aerospace, marine, and alternative energy applications, delivering high-fidelity results with minimal mesh size and user input. FlightStream® enables aerodynamic analysis and efficient aircraft conceptual design, providing invaluable insights into aircraft performance and stability. FlightStream 2025.0 Release Note
Altair HyperSpice 2025.0 is a command line solver and waveform viewer for simulating electrical circuits modelized in SPICE. With access to Spice libraries for rapid AC, DC, and Transient simulations, it runs as standalone software or is fully integrated into a flexible system-wide simulation solution, helping companies innovate faster. Available versions: 2025.x , 2024.x , 2023.x , 2022.x ,… Altair HyperSpice 2025.0 Tested Picture
Studio RM 2.2 introduces the new Project Data bar. This control bar, the first for many years, extends the functions of the Project Files bar to segregate data more appropriately for geologists. We plan to extend this further in later releases to include loaded data and overlay functions. Datamine Studio RM 2024 v2.2.304 Tested Picture let’s delve into some of the key highlights you can anticipate: A brand-new comprehensive tool for importing drillholes from any database (ODBC, Fusion, acQuire, Excel, Text etc.), with best practice validation and desurveying. A new implicit modelling tool for modelling faults, with age termination relationships. Fault surfaces are extruded from single or multiple traces, with varying dips / azimuths along the traces. Scissors faults (faults...
Reconcilor 9.8 brings powerful enhancements to improve reconciliation workflows, data analysis, and performance monitoring. One of the most anticipated features is the new Global Reconciliation Comparisons menu, which centralises comparison settings across various modules. Users can now define and manage reconciliation metrics such as tonnes, attributes, and metal, all from one convenient location. This enhancement allows for consistent and transparent performance comparisons across different operational stages. The update also introduces customised colours for data visualisation across the Continuum, Model Comparison, and Pivot View screens. These consistent visuals make it easier to monitor performance trends, spot outliers, and quickly interpret complex data. Stockpile management is a crucial aspect of the mining value chain, and Reconcilor’s enhanced stockpile analysis feature provides deeper...
SOT is the industry’s only strategic financial optimisation tool for both surface and underground mines that maximises productivity and profitability outcomes by optimising the net present value (NPV) of the mine schedule. RPMGlobal SOT4 2024 v4.4.4186 Tested Picture Features Optimised NPV Custom heuristics and an evolutionary algorithm optimise the NPV. Decision support Identify robust, high-value schedules that drive strategic mine planning. Scenario planning & comparisons Generate multiple ‘what if’ scenarios in minutes to determine economic viability. Optimise multiple metrics Optimise for NPV, ore feed targets, profitability index and many more metrics. Seamless integration Integrated with most major mine planning packages. Optimal transition Efficiently transition from open pit to underground mining. Solve complex mine planning challenges Underground and surface mines are...
Studio NPVS is an end-to-end strategic mine planning solution that enables mine engineers to optimise the physical mine geometry and long-term schedules of open pit deposits. Studio NPVS supports all tasks including data preparation, pit optimisation, pushback generation, cut-off grade optimisation, scheduling, haulage optimisation, and stockpile management. The innovative pushback generator and advanced scheduling capabilities ensure practical results which consider implications over the entire life of the mine. Built on Datamine Studio’s core platform, mine planners also benefit from onboard graphical visualisation and editing tools, enabling them to complete entire strategic planning studies within a single platform. Datamine Studio NPVS 2024 v2.1.308 Tested Picture Studio NPVS 2.1 continues the evolution of Sensitivity Analysis tools. You can now interrupt a batch...
Datamine Studio UG is the comprehensive toolkit that has a unique, single-step process to generate all scheduled activities from source data in seconds. Studio UG Functional Highlights Datamine Studio UG 2024 v3.4.304 Tested Picture Here are some highlights from the Studio UG 3.4 – Datamine’s toolkit for underground mine design and scheduling. The big news is an overhaul of the Stope Reconciliation tools, streamlining them into a single console and introducing key improvements, including a choice of wireframe Boolean and model depletion reconciliation methods, batch run support, much quicker processing, unified settings screen and improved overbreak and underbreak reporting. Stope reconciliation in Studio UG 3.4 A new command arrives for attributing point, string and wireframe data by selection order. This...
Isatis.neo Mining 2024.04, introduces a new kind of graphic to strenghten the validation of your simulation results. Additionally, it comes with new interfaces for exchanging data and objects between Isatis.neo projects and with other software, and provides enhanced Calculator performance. Under “Statistics” menu, there is “EDA”, “Statistics”,”Simulations”, and other functions are work well. VALIDATE FURTHER THE SIMULATION OUTPUTS With the new accuracy plots, you’ll be able to check the model of local uncertainty. This new graphic compares the probability interval against the actual fraction of true values that are inside the probability interval. MORE STREAMLINED DATA EXCHANGES You can now conveniently exchange any data or objects between Isatis.neo projects using the available explorers, including neighborhoods, geostatistical sets, color scales, chart files, scenes, batch...
Ansys Lumerical is a complete photonics simulation software solution that supports the design of photonics components, circuits, and systems. Device and system level tools work seamlessly together, enabling users to model the optical, electrical, and thermal effects of interactions. The flexible interoperability between products supports various workflows that combine device multi physics field and photon circuit simulation with third-party design automation and productivity tools. This software can be said to be a representative software in the field of photonics simulation, and it is also the most widely cited tool in scientific research journals. Enhancements to Lumerical 2024R2.2 include: Improvements to the GPU acceleration for the Lumerical finite-difference time-domain (FDTD) solver with faster meshing and multi-GPU extended memory capacity. A new scalable cluster...
