5 software found
XC Engineering Srl software
Foundry Simulations Software
FLOW-3D CAST is an advanced software solution specifically engineered for foundry simulations, providing users with the capability to simulate a wide array of metal filling and solidification processes efficiently. Utilizing the same robust solver as FLOW-3D, this specialized tool offers a user-friendly interface tailored for the foundry industry. Key features include effortless import and definition of mold geometries, rapid mesh creation, and the unique TruVOF algorithm, which guarantees the highest accuracy in filling phase simulations. Users can also benefit from rapid analysis of results thanks to a cutting-edge graphics engine. This software caters to a variety of sectors including aerospace, automotive, biotechnology, and maritime engineering, demonstrating its versatility and effectiveness in handling complex simulation requirements across different industries.
State of The Art Software
FLOW-3D HYDRO builds on the powerful solver of FLOW-3D, a leading software for transient and free-surface flow simulation. It is specifically designed for hydraulic engineers, enabling them to simulate a wide range of hydraulic phenomena such as clean water flows, air entrainment, multi-phase flows, erosion and redeposition, and dense and muddy flows. The software supports both 2D and 3D hybrid simulations, allowing for detailed analysis and large-scale simulations. Key features include the easy import of topographic, bathymetric, and three-dimensional CAD files, rapid mesh creation, and the utilization of the TruVOF algorithm, which ensures high accuracy in both free-flowing and pressurized flows. The software efficiently handles air simulation to reduce computational time while maintaining accuracy in multi-phase phenomena. Advanced tracking of fluid particles allows for the precise modeling of small droplets and fluid threads.
FLOW-3D Software
FLOW-3D AM integrates the advanced capabilities of FLOW-3D software with the precision of laser, DEM, and WELD modules to accurately simulate the laser powder bed fusion (LPBF) process. These simulations encompass detailed multi-layer powder deposition dynamics as well as the direct deposition (DED) process, catering to critical industrial applications. This software is designed to provide in-depth insights into keyhole formation, melt pool behavior, and the melting front dynamics. It offers maximum flexibility for configuring various laser sources of different shapes and powers and supports multi-material handling, ensuring comprehensive process simulation. Industries such as aerospace, automotive, biotechnology, maritime engineering, and additive manufacturing benefit from FLOW-3D AM's capability to simulate complex welding processes and advanced manufacturing techniques with high precision.

Connectivity and Automation Software
FLOW-3D(x) is an advanced connectivity and automation platform tailored for complex engineering tasks. This robust software seamlessly integrates with the FLOW-3D suite and interfaces natively with common design tools, enhancing the efficiency of engineering workflows. Its proprietary optimization engine is specifically engineered to reduce the time and risk involved in engineering processes. With capabilities to distribute tasks across networked computers, create automatic workflows, and minimize errors, FLOW-3D(x) ensures the effective use of CFD tools even by users from different technical backgrounds. The platform also offers plugins for widely-used software such as CAD and Microsoft Excel, bolstering its versatility. By facilitating the investigation of input-output correlations and identifying crucial simulation parameters, FLOW-3D(x) stands out as a vital tool in various sectors including aerospace, automotive, biotechnology, maritime engineering, foundry, and additive manufacturing.
IMPROVEit - Performing Optimisation Tasks and Regression Analysis Software
IMPROVEit is a sophisticated software solution that leverages multidimensional, non-linear optimization technology to tackle some of the most complex and time-consuming engineering challenges across various sectors. Designed to seamlessly integrate with popular CFD, CAD, and industrial design simulation software, IMPROVEit enables engineers to explore new technical solutions and achieve peak efficiency. The software is particularly adept at automating repetitive tasks, optimizing design through DOE functions, and distributing computational workload across networked computers to enhance productivity. Widely applicable in sectors such as aerospace, automotive, biotechnology, and maritime engineering, IMPROVEit empowers technical professionals to drive innovation and significantly improve project outcomes.