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The Exploration Company Leverages Ansys to Promote Sustainability in Space

The Exploration Company Leverages Ansys to Promote Sustainability in Space

探索公司利用 Ansys 促进太空可持续发展
安斯科技 ·  04/04 00:00

Ansys' multiphysics simulation solutions advance The Exploration Company's next-generation green propulsion system

Ansys 的多物理场仿真解决方案推动了探索公司的下一代绿色推进系统的发展

/ Key Highlights

/ 主要亮点

  • Ansys Startup Program customer The Exploration Company uses Ansys solutions to develop Nyx, its orbital logistics vehicle that uses a revolutionary methane-based propellant for sustainable space exploration
  • With Ansys multiphysics and materials data management solutions, engineers seamlessly model the Nyx propulsion, engine, and body to support a broad scope of missions planned between 2024 and 2028
  • Ansys 启动计划 客户探索公司使用Ansys解决方案开发Nyx,这是其轨道物流运载工具,使用革命性的甲烷基推进剂进行可持续的太空探索
  • 借助 Ansys 多物理场和材料数据管理解决方案,工程师可以对 Nyx 推进器、发动机和车身进行无缝建模,以支持 2024 年至 2028 年间计划执行的各种任务

PITTSBURGH, April 4, 2024 /PRNewswire/ -- Space logistics startup The Exploration Company is advancing sustainable space exploration by leveraging Ansys (NASDAQ: ANSS) simulation solutions to develop its modular and reusable space vehicle, Nyx. With a revolutionary methane-based propulsion system, Nyx will begin by flying to stations in Earth's orbit to deliver technologies for advanced research in areas such as microgravity, which has applications in the pharmaceutical and agricultural industries, among others.

匹兹堡,2024 年 4 月 4 日 /PRNewswire/ — 太空物流初创公司探索公司正在利用杠杆推动可持续太空探索 Ansys 纳斯达克股票代码:ANSS)开发其模块化和可重复使用的太空飞行器Nyx的仿真解决方案。凭借革命性的甲烷基推进系统,Nyx将首先飞往地球轨道上的站点,为微重力等领域的高级研究提供技术,微重力应用于制药和农业行业等。

Spacecraft propulsion systems are designed to withstand extreme loads and high thermal and pressure variables, without adding significant weight to the vehicle's overall mass. Conventional turbo engines are heavy and rely on fossil fuels, posing sustainability challenges and range limitations as the space industry intensifies launch activity and deeper space exploration. Methane propulsion systems offer a potential solution — emitting fewer pollutants, extending travel capabilities, and achieving more predictively accurate landings because they are more agile and easier to navigate.

航天器推进系统旨在承受极端载荷和高热和压力变量,而不会显著增加飞行器总质量的重量。传统的涡轮发动机很重,依赖化石燃料,随着航天工业加强发射活动和更深入的太空探索,这构成了可持续发展挑战和航程限制。甲烷推进系统提供了一种潜在的解决方案——排放更少的污染物,扩展了行进能力,并实现了更具预测性的精确着陆,因为它们更灵活,更易于导航。

Nyx is designed to carry cargo to and from the Moon and space stations, free fly around Earth, re-fuel in orbit, and re-enter Earth's atmosphere before embarking on future missions. The building blocks of Nyx are openly available to a wide array of aerospace companies to support the transition from gas- to electric-powered travel — not only democratizing space exploration but improving its sustainability.

Nyx旨在运送货物往返月球和空间站,在地球上自由飞行,在轨道上补充燃料,并在开始未来任务之前重新进入地球大气层。Nyx的组成部分已公开提供给众多航空航天公司,以支持从天然气到电动旅行的过渡——这不仅使太空探索大众化,而且提高了其可持续性。

The Exploration Company leverages Ansys solutions to fine tune engine and body specifications and speed development time for the reusable orbital vehicle. The team uses Ansys Fluent and Ansys Mechanical to optimize the design of propellant pumps and the overall engine layout, supporting systems that meet technical requirements for performance and durability. Additionally, Thermal Desktop plays a crucial role in the thermal design of Nyx, while Ansys Granta helps source and manage material data, driving simulation accuracy, reducing material costs, and lowering project risk.

勘探公司利用 Ansys 解决方案来微调发动机和车身规格,缩短可重复使用的轨道飞行器的开发时间。该团队使用 Ansys 流利的Ansys 机械 优化推进剂泵的设计和发动机整体布局,支持满足性能和耐久性技术要求的系统。此外, 散热桌面 在 Nyx 的散热设计中起着至关重要的作用,而 Ansys Granta 帮助获取和管理材料数据、提高仿真精度、降低材料成本和降低项目风险。

"Through the Ansys Startup Program, we can answer critical design questions in the early stages of our engines' development," said Sebastien Reichstadt, lead propulsion engineer at The Exploration Company. "Ansys' proven high-fidelity simulation and interactive modeling allow us to quickly conduct iterative designs and prototyping up to validation. Only with Ansys simulation can we ensure that the propulsion systems of Nyx will meet the stringent requirements of spaceflight and reusability."

勘探公司首席推进工程师塞巴斯蒂安·赖希施塔特说:“通过Ansys创业计划,我们可以在发动机开发的早期阶段回答关键的设计问题。”“Ansys久经考验的高保真仿真和交互式建模使我们能够快速进行迭代设计和原型设计,直至验证。只有通过Ansys仿真,我们才能确保Nyx的推进系统能够满足太空飞行和可重复使用的严格要求。”

"Efficient, eco-friendly propulsion is the next milestone in exploring the cosmos with greater precision," said Walt Hearn, senior vice president of worldwide sales and customer excellence at Ansys. "In an industry that has many obstacles to physical prototyping, Ansys provides mission critical technology that empowers customers like The Exploration Company to strongly correlate simulation results with real-world data before ever going out into space. This results in a significant reduction in project costs and accelerates the timeline for unlocking the mysteries of deep space."

Ansys全球销售和客户卓越高级副总裁沃尔特·赫恩表示:“高效、环保的推进是更精确地探索宇宙的下一个里程碑。”“在一个存在许多物理原型设计障碍的行业中,Ansys提供的关键任务技术使像探索公司这样的客户能够在进入太空之前将仿真结果与现实世界的数据紧密关联起来。这显著降低了项目成本,并加快了解开深空奥秘的时间表。”

To learn more about Ansys multiphysics simulation solutions and its role in Space 2.0, visit Ansys at Space Symposium, April 8-11 in Booth #1049.

要了解有关 Ansys 多物理场仿真解决方案及其在 Space 2.0 中的作用的更多信息, 在太空研讨会上访问 Ansys, 4 月 8 日至 11 日在 #1049 展位举行。

/ About Ansys

/关于 Ansys

Our Mission: Powering Innovation that Drives Human Advancement

我们的使命:推动创新,推动人类进步

When visionary companies need to know how their world-changing ideas will perform, they close the gap between design and reality with Ansys simulation. For more than 50 years, Ansys software has enabled innovators across industries to push boundaries by using the predictive power of simulation. From sustainable transportation to advanced semiconductors, from satellite systems to life-saving medical devices, the next great leaps in human advancement will be powered by Ansys.

当有远见的公司需要知道他们改变世界的想法将如何发挥作用时,他们会利用 Ansys 仿真缩小设计与现实之间的差距。50 多年来,Ansys 软件使各行各业的创新者能够利用仿真的预测能力突破界限。从可持续交通到先进的半导体,从卫星系统到拯救生命的医疗设备,人类进步的下一个重大飞跃将由Ansys提供动力。

Ansys and any and all ANSYS, Inc. brand, product, service and feature names, logos and slogans are registered trademarks or trademarks of ANSYS, Inc. or its subsidiaries in the United States or other countries. All other brand, product, service and feature names or trademarks are the property of their respective owners.

Ansys 和所有的 ANSYS, Inc. 品牌、产品、服务和功能名称、徽标和口号是 ANSYS, Inc. 或其子公司在美国或其他国家的注册商标或商标。所有其他品牌、产品、服务和功能名称或商标均为其各自所有者的财产。

ANSS–C

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/ Contacts

/联系人

Media

Mary Kate Joyce


724.820.4368


marykate.joyce@ansys.com



Investors

Kelsey DeBriyn


724.820.3927


kelsey.debriyn@ansys.com

媒体

玛丽·凯特·乔伊斯


724.820.4368


marykate.joyce@ansys.com



投资者

凯尔西·德比林


724.820.3927


kelsey.debriyn@ansys.com

SOURCE Ansys

来源 Ansys

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