NeuralMould
NeuralMould is Emmi AI’s Large Engineering Model for injection molding, described as a new gold standard in AI for engineering: any geometry, any material, any injection gates, one model. It lets users select from a range of geometries and test injection, material, and gate placement parameters to simulate filling behavior in seconds, rapidly compare multiple scenarios, optimize process KPIs, and avoid frozen flow fronts. Injection molding simulation is highly complex because it involves multi-physics calculations that model transient flow of viscous plastic through thin-walled geometries under extreme temperature and pressure conditions. NeuralMould captures these phenomena across a wide range of injecting conditions and mold geometries, achieving performance comparable to traditional solvers with a fraction of the computation time. The model supports multi-material scenarios, fast prototyping, multi-gate configurations, and multiple process parameters.
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Wings 3D
Wings 3D is an advanced subdivision modeler that is both powerful and easy to use. Originally inspired by Nendo and Mirai from Izware, Wings 3D has been developed since 2001, when Björn Gustavsson (bjorng) and Dan Gudmundsson (dgud) first started the project. Richard Jones (optigon) maintained Wings and coded many new features between 2006 and 2012. Wings 3D is currently maintained by Dan with the help of the great community. Wings 3D offers a wide range of modeling tools, a customizable interface, support for lights and materials, and a built-in AutoUV mapping facility. Wings 3D is written in Erlang, an open-source, functional programming language distributed by Ericsson. Wings 3D gets its name from the Winged Edge Data Structure (WEDS). This is the data structure used to store the adjacency relationships between edges, faces, and vertices in a Wings 3D model. Wings 3D is open source and completely free for use in both personal and commercial projects.
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Wing Security
Wing empowers organizations to harness the full potential of SaaS while ensuring a robust security posture. In addition to a free version that provides a list of an organization's SaaS inventory, with insightful details regarding application usage and user information, Wing’s complete SSPM solution offers unparalleled visibility, control, and compliance capabilities, strengthening any organization's defense against modern SaaS-related threats. With Wing’s automated security capabilities, CISOs, security teams, and IT professionals save weeks of work previously spent on manual and error-prone processes.
Trusted by hundreds of global companies, Wing provides actionable security insights derived from our industry-leading SaaS application database, covering over 280,000 SaaS vendors. This results in the safest and most efficient way to leverage SaaS.
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Stallion 3D
Stallion 3D quickly generates aerodynamic performance data (lift, drag and moments) for new and existing CAD designs. Get superior RANS results without having to make a single grid. Grid generation in Stallion 3D is fully automatic. This eliminates the most time consuming and painful bottleneck in CFD. Stallion 3D quickly and accurately predicts the aerodynamic performance of your designs using its proprietary CFD algorithm (HIST). The software imports your CAD models and generates the 3D aerodynamic data needed to verify your designs and ensure your success. Reports of lift, drag, yaw, roll, pitch magnitudes and related forces and moments in the coordinates direction. Plots of 2D line graphs of Cp, velocity, mach number, density and temperature at constant coordinates locations long the STL surface (for example, you can plot Cp (x) at any span location along the wing).
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