Interactive Semi-automatic Generation And Assessment Of Design Alternatives In Engineering

工程中设计方案的交互式半自动生成和评估

• 批准号: 2891552
• 金额: --
• 依托单位: University of Southampton
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2891552
• 关键词: Interactive; Semi; automatic; Generation; Assessment

The passenger aircraft industry is heading into an era of rapid innovation, with environmental impact constraints demanding massive technological departures from the status quo. Working with engineers from AIRBUS, as a holder of this fully funded PhD studentship, you will help develop new computational tools required to accomplish this leap towards decarbonising aviation.The current generation of design tools was conceived to facilitate incremental improvements on systems with a largely frozen layout. This PhD will focus on using the latest geometry modelling/machine learning/AI techniques to develop approaches that automate the exploration of large design spaces, thus enabling radical, new solutions. This will be especially important in application areas where there is limited legacy design knowledge to rely on to steer optimisation processes, such as liquid Hydrogen (LH2) fuel systems and electric propulsion systems.The underlying research questions have multiple facets and the student will thus have some flexibility, working with the supervisors, in choosing a line of enquiry that best suits your interests, spanning geometry modelling, numerical optimization, AI algorithms, physics-based form finding techniques, and designer/computer interface development. This PhD also offers the rare opportunity to join two vibrant teams working at the cutting edge of design and design tool development: the Aeronautics and Astronautics Department at the University of Southampton and, as part of a secondment of at least six months, an engineering team at AIRBUS, Filton. Your supervisory team will also include researchers from both the University and AIRBUS.

客机行业正在进入一个快速创新的时代，环境影响的限制要求大规模的技术偏离现状。作为这个全额资助的博士生奖学金的保持器持有者，您将与来自空客的工程师合作，帮助开发新的计算工具，以实现航空脱碳的飞跃。当前一代的设计工具旨在促进对大部分冻结布局的系统进行渐进式改进。该博士将专注于使用最新的几何建模/机器学习/人工智能技术来开发自动化探索大型设计空间的方法，从而实现激进的新解决方案。这对于那些传统设计知识有限的应用领域尤其重要，例如液氢（LH 2）燃料系统和电力推进系统。基础研究问题有多个方面，因此学生将有一定的灵活性，与导师合作，选择最适合自己兴趣的研究方向，跨越几何建模，数值优化、人工智能算法、基于物理的找形技术以及设计师/计算机界面开发。这个博士学位还提供了难得的机会，加入两个充满活力的团队，在设计和设计工具开发的前沿工作：航空航天系在南安普顿大学，并作为至少六个月的借调的一部分，在空中客车，菲尔顿的工程团队。您的监督团队还将包括来自大学和空客的研究人员。