nTop

@nTopology • 5,620 subscribers

nTop is the engineering design platform built to increase design throughput and systematically explore complex design spaces.

Shorts

This model handles configuration changes that break most CAD: change the number of control surfaces and the fuselage reshapes, the rotation planes avoid it, the actuators follow, and the inner structures morph to match. Built on curve, functions, and implicits. Live walkthrough:

This model handles configuration changes that break most CAD: change the number of control surfaces and the fuselage reshapes, the rotation planes avoid it, the actuators follow, and the inner structures morph to match. Built on curve, functions, and implicits. Live walkthrough:

161,174 次观看

One nTop engineer set up a CFD pipeline, walked away, and came back to 12,000 completed simulations. 2,400 drone geometry variants, 5 angles of attack each, 280 GPUs fully saturated the entire run. No restarts, no manual fixes, no one watching it. nTop CoreWeave

One nTop engineer set up a CFD pipeline, walked away, and came back to 12,000 completed simulations. 2,400 drone geometry variants, 5 angles of attack each, 280 GPUs fully saturated the entire run. No restarts, no manual fixes, no one watching it. nTop CoreWeave

81,883 次观看

A parametric drone model in nTop generated 100+ simulation-ready configs, zero geometry failures. PhysicsX.ai ran CFD on all of them, trained a surrogate within ~5%, then ran it live inside nTop to predict pressure fields in under a second as geometry changes. AI-accelerated design exploration with nTop + PhysicsX June 25 at 11am (EST) Register for the webinar:

A parametric drone model in nTop generated 100+ simulation-ready configs, zero geometry failures. PhysicsX.ai ran CFD on all of them, trained a surrogate within ~5%, then ran it live inside nTop to predict pressure fields in under a second as geometry changes. AI-accelerated design exploration with nTop + PhysicsX June 25 at 11am (EST) Register for the webinar:

44,507 次观看

AI-first aircraft development: parametric geometry generated at scale without failures, Physics AI models reporting lift and drag across a wide design space, and multi-objective optimization to get to the most performant aircraft. All in minutes instead of weeks or months.

AI-first aircraft development: parametric geometry generated at scale without failures, Physics AI models reporting lift and drag across a wide design space, and multi-objective optimization to get to the most performant aircraft. All in minutes instead of weeks or months.

15,684 次观看

nTop geometry feeding directly into Ansys Discovery, tied together in an automated workflow via OptiSLang. Setup takes 30 minutes. Once. Every run after that is near-zero overhead. 📹Video by Ansys, Manipulating the Geometry & Ansys Inside Discovery

nTop geometry feeding directly into Ansys Discovery, tied together in an automated workflow via OptiSLang. Setup takes 30 minutes. Once. Every run after that is near-zero overhead. 📹Video by Ansys, Manipulating the Geometry & Ansys Inside Discovery

12,583 次观看

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Traditional sheet metal fabrication needs custom dies for every geometry. Tooling runs weeks to months, and one design change scraps it. We built a Class 3 UAV airframe with Machina Labs using zero hard tooling. nTop and Machina Labs are at REINDUSTRIALIZE SUMMIT in Detroit, June 16–17, with the demonstrator on display. RSVP to schedule time with the team:

Traditional sheet metal fabrication needs custom dies for every geometry. Tooling runs weeks to months, and one design change scraps it. We built a Class 3 UAV airframe with Machina Labs using zero hard tooling. nTop and Machina Labs are at REINDUSTRIALIZE SUMMIT in Detroit, June 16–17, with the demonstrator on display. RSVP to schedule time with the team:

158,500 次观看 • 1 个月前

Traditional CAD handles detailed design well but struggles with the exploration modern programs demand. At CDFAM, Jan Vandenbrande, Former DARPA advisor, makes the case for implicit modeling as the fix. July 16, 10 AM, Washington DC. nTop joins Istari Digital, Arena Physica, Luminary, C-Infinity, and SysGit for a live demo updating a UAS design end-to-end and re-certifying it for manufacturability and safety.

Traditional CAD handles detailed design well but struggles with the exploration modern programs demand. At CDFAM, Jan Vandenbrande, Former DARPA advisor, makes the case for implicit modeling as the fix. July 16, 10 AM, Washington DC. nTop joins Istari Digital, Arena Physica, Luminary, C-Infinity, and SysGit for a live demo updating a UAS design end-to-end and re-certifying it for manufacturability and safety.

29,052 次观看 • 1 个月前

nTop and PhysicsX show what a closed-loop AI design pipeline looks like in production. nTop generated 100+ drone configurations with zero geometry failures. The parametric model and live parameter updates were created in nTop, and the design exploration was run in the PhysicsX Optimizer.

nTop and PhysicsX show what a closed-loop AI design pipeline looks like in production. nTop generated 100+ drone configurations with zero geometry failures. The parametric model and live parameter updates were created in nTop, and the design exploration was run in the PhysicsX Optimizer.

30,898 次观看 • 1 个月前

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