We're excited to share that Blanca Aguado, our Chief Operating Officer, will be speaking at #AU2024 this year about Manufacturing Automation & AI Partners in Fusion! We hope to see you there! Enroll here: https://lnkd.in/eFHQBDGs @adskFusion #AU2024 #nTop
关于我们
Design software for high-performance engineering.
- 网站
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https://ntop.com
nTop的外部链接
- 所属行业
- 软件开发
- 规模
- 51-200 人
- 总部
- New York，NY
- 类型
- 私人持股
- 创立
- 2015
- 领域
- CAD、3D Printing、Additive manufacturing、Mechanical engineering、Industrial design、Product development和Generative design
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主要
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199 Lafayette St
4th Floor
US，NY，New York，10012
nTop员工
动态
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nTop转发了
I’m excited to be speaking this year on Manufacturing Automation & AI Partners in Fusion. Looking forward to sharing how nTop and Autodesk are working together to help engineering teams accelerate product development timelines via computational design. If you're attending the conference, please join us on Thursday, 10/17 https://lnkd.in/dg-VRbiK #AU2024 #autodesk #nTop
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For the same reason implicit modeling excels at lattices, it can create complex arrays and patterns at virtually no extra cost. We're talking arrays of tens, hundreds, thousands, or more (and not just identical ones). The output can be combined with other geometry and modified as any other object would be. Design parameters (not just offsets!) can even be varied throughout space within the array while maintaining the same computation speed. #implicitmodeling is changing what geometric complexity in CAD means and I can't wait to help push the frontier further. I decided to start making this simplified scale model of an adjustable exhaust nozzle as an experiment, in nTop, from scratch. It's inspired by the F-15 design and I've had a super fun time building it out. The current iteration is fully parametric, meshes super fast, and even includes a basic encoding of the main linkage with two angle inputs. This way, we can run (meshless!) CFD on it in different configurations. If I want to export it to other software, I have several options, and the .implicit file is just 123kB. What new #implicitmodeling features for arrays and patterns would you like to see in nTop?
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Congratulations Fynn-Henrik Duus on your master thesis! ? 'Concept development for the integration of mechanically highly resilient lattice structures in structural optimization using nTop's "implicit field technology" for additive manufacturing processes.' Awesome way to apply Field Optimization to a part like the GE Jet Engine Bracket. Thank you to Jaco Beckmann and Jens Telgkamp for sharing this work and advancing computational design methods!
?????? ?????? ???? ?????? ???????????? ?????????????? ?????? ???? ???????????????? ???? ?????????? ???????? ???????????????? More than 10 years ago, in 2013, the GE Jet Engine Bracket Challenge was organized as an open crowdsourcing competition by GE and GrabCAD. The idea was to identify new component designs for improved sustainability through greater design freedom by using additive manufacturing. Therefore, the challenge was awarded to redesign an existing titanium bracket for an aircraft engine in order to minimize aircraft weight, thereby improving fuel consumption and CO2 emissions. In the end, the bracket designed by M. Arie Kurniawan from Indonesia was chosen as the 2013 winner from almost 700 designs submitted from 56 countries. More than ten years later, advanced structural optimization software has made it possible to create new, improved lightweight designs with integrated lattice structures. By using nTop's advanced field optimization approach, not only was it possible to reduce the weight by over 83% compared to the original bracket. In direct comparison to the winning component from 2013, the von Mises comparative stresses were reduced by almost 28% while maintaining the same weight. Consequently, software developments in recent years have enabled completely new design solutions in the field of lightweight construction and heat exchanger improvements through the use of perfectly designed internal lattice structures combined with the high design freedom offered by additive manufacturing processes. This impressive development over the last ten years raises an exciting question: What will be possible in another ten years from now on? ? If you are interested in the nTop software, Bradley Rothenberg will present his engineering design software at the HAW Hamburg in two weeks on the 25th of October 2024 in the lecture “Topology Optimization and Design Rules for Additive Manufacturing” by Prof. Dr.-Ing. Jens Telgkamp. The presented results are from the submitted master thesis of our Hamburg University of Applied Sciences student Fynn-Henrik Duus with the title: Concept development for the integration of mechanically highly resilient lattice structures in structural optimization using nTop's “implicit field technology” for additive manufacturing processes. The research carried out in this master's thesis was supervised by Prof. Dr.-Ing. Jens Telgkamp as first examiner and Jaco Beckmann as second examiner. If you have any questions or if you would like to attend the nTop presentation on 25th of October 2024 in Hamburg, please do not hesitate to reach out!
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nTop转发了
I have always believed that ‘Together, we can do more’. A great example of how collaboration can push our industry forward is the marine engine cylinder head by W?rtsil?. Our collaboration with nTop and Nikon SLM Solutions allowed W?rtsil? to overcome important challenges and make the unprintable printable! Carolyn Schwaar wrote an excellent piece about this amazing project, that I encourage you to read. #3DPrinting?#Metal3Dprinting #3DPrintingChallenges
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Meet Zenchi Sun, a rising junior at Avenues: The World School and a talented intern at nTop. ?? Zenchi embarked on a journey in computational design, mastering nTop’s advanced software to design and lightweight a drone. Read more about Zenchi's intern experience at nTop: https://lnkd.in/eTHCM_4P #nTop #computationaldesign #internship
Learning computational design for lightweighting | nTop
ntop.com
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nTop转发了
With our partnership with nTop, we are excited to make Intact.Simulation for nTop commercially available! ???? ?????????????? ????????????????: Perform simulations on complex models without needing a conformal FE mesh ???????? ????????????????????: Efficiently analyze and optimize intricate designs ???????????? ??????????????????????: Set up and launch simulations within nTop, maintaining high fidelity throughout ???????????????? ????????????: Save and reuse simulation setups for future designs ????????????-???????? ???????????? ????????????????????: Validate designs and optimize models seamlessly using simulation results Thanks to all who beta-tested our software and workflow. You provided us with valuable feedback in making this integration work for you! ???????? ?? ???????? ??-???????? ?????????? ???? ?????????????? ????????: https://lnkd.in/e_cj-jR3 ??????????-??????????????: intact-solutions-announces-availability-of-intact-simulation-for-ntop #IS4NTOP
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Check out this podcast with Pipeline Design & Engineering in an episode of Being and Engineer Podcast where Brad discussed how nTop's software enables engineers to create complex, optimized geometries for industries like aerospace, automotive, and medical devices, with a focus on additive manufacturing. If you're looking for a podcast to listen to during your workday, check this out! ?? #ntop #computationaldesign
S5E39 Bradley Rothenberg | nTopology (nTop) & Computational Design Listen here ??: https://lnkd.in/egNtQ5Ae In this episode of the Being An Engineer Podcast, we have Bradley Rothenberg, founder and CEO of nTopology, a company pioneering next-generation engineering software for advanced manufacturing. Launched in 2015, nTopology enables engineers to create complex, optimized geometries, primarily for sectors like aerospace, automotive, and medical devices. With a background in architecture from Pratt Institute, Brad brings a unique perspective to computational design, bridging the gap between form and functionality in additive manufacturing. Do you like this episode? Tag 3 friends who might like this episode too!
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Are you attending CDFAM NYC 2024? nTop CEO, Bradley Rothenberg will join Andrew Kappers from Siemens Energy to present on computational design for large turbine engines! October 2nd, mid-afternoon session. See you there! #nTop #CDFAM #computationaldesign
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nTop转发了
Implicit modeling is about a lot more than just lattices (as much as I love lattices). Highly parametric designs can be updated nearly instantly with no risk of small topological changes breaking the workflow. Derivatives can be accessed quickly for gradient-based parameter optimization within a broader engineering system. I had a lot of fun making this parametric impeller completely in nTop. This particular design has 16 parameters exposed, which could be reconfigured depending on the design study. If I save it to a .implicit file, each variant is just 61KB! nTop is making lots of advances in #implicitmodeling and Computational Design that I can't wait to see go out into the world. What modeling features and #computationaldesign examples would you like to see? (this gif is real time, by the way, not a time lapse!)
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