#computationalengineering search results
Here is a transparent view of our Noyron TKL-5 thruster which we hot fired 3 weeks ago. It shows the intricate cooling channels and coaxial swirl injector head. #ComputationalEngineering
Leap 71, a computational engineering company based in Dubai, UAE Read more through the link below ! menews247.com/leap-71-achiev… #leap71 #computationalengineering #3d #3dprinting #computationalai #aiinnovation #aerospike #rocketengines #space #tech #technology #menews247
#ComputationalEngineering allows us to build new geometries for #ElectricMotors — output from our computational model for electromagnetic actuator EA/CEM.
Do you feel up for turning difficult problems into a creative solution with state-of-the-art computational engineering? #ComputationalEngineering #AdvancedEngineering #TechInnovation #InnovativeDesign #EngineeringServices #innovationmservices Phone No: +1-949-287-8692
Deceptively simple from the outside, the inside is where all the action is in our computer-generated #aerospike engine. The central spike is cooled using cryogenic liquid oxygen and sits in the middle of the 3500°C hot exhaust squeezing by the throat. #ComputationalEngineering
@Noyron_ai is the Large #ComputationalEngineering Model that lies at the core of all of our work at @leap_71 - it implements foundational engineering logic, physics, such as thermal models, to autonomously synthesize functioning real-world machines.
This #Aerospike rocket engine, designed by the #Noyron Large #ComputationalEngineering Model, is headed to the test stand. #LOX cooled. Excitement guaranteed.
Family picture of rocket engines generated by RP/CEM our #ComputationalEngineering Model for space propulsion. The smallest one has 3.5kN. Made on @PicoGK our #opensource geometry kernel.
Let's build massive metal parts for space applications. @leap71 and @SolideonUSA are teaming up to integrate #ComputationalEngineering and robotic collaborative metal #3Dprinting. leap71.com/2024/03/18/sol…
Let's Design an aircraft in an afternoon — Chapter 7 of my ongoing book project Coding for Engineers is online, in which I dive into the design of #ComputationalEngineering Models, and how it allows us to work very differently than in traditional engineering. Check it out at:…
An exciting end to the week, last week, for the Digital Design team at Eckersley O'Callaghan! Philip Wilson, Ivan Micozzi, Carlo Fusari, Miriam Dall'Igna and Lorenzo Santelli embarked to Stuttgart to attend 'Advances in Architectural Geometry'. #ComputationalEngineering
Got a physical copy of this bad boy today. I refuse to pay excessive shipping charges 🤷🏼♀️, so it was a nice coincidence my hotel is about half a mile from the @IStructE HQ. #computationalengineering #structuralengineering
#HeatExchangers are a great playground for #ComputationalEngineering using @PicoGK. @aconity3d #3dprinted this one in #copper.
All built on @PicoGK ("peacock") our compact and robust #opensource geometry kernel. To learn how to write your own #ComputationalEngineering models, read my book at PicoGK.org
We love working on #turbomachinery using #Noyron, our Large #ComputationalEngineering Model. Driven by physics and engineering logic.
Super happy to continuing to work with @DubaiFuture Lab's on the development of #ElectricMotors and other products, using #ComputationalEngineering, based on our open-source geometry kernel, @PicoGK.
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