Industrial Doctorate Centre in Advanced Forming and Manufacture

摘要该建议是建立一个工业博士学位中心（IDC）在“先进的成型和制造”位于先进成型研究中心（AFRC）的斯特拉斯克莱德大学。拟议的中心将汇集斯特拉斯克莱德的工作人员，他们在冶金，成型和锻造，计算机模拟，微型制造，自动化，过程控制，测量，运营管理，质量控制和可持续制造方面具有深入的专业知识，以创建一个学习和研究中心，与许多英国领先的制造商建立密切联系。3000平方米的AFRC将为EngD学生创造一个刺激的环境，专门为支持制造研究而创建的专用设施，使最新的过程模拟和建模软件与各种工业制造硬件和支持材料以及计量实验室设施一起可用。该提案旨在将IDC置于先进成形和制造技术国际领先集团的核心地位，并与EPSRC，欧盟和TSB资助的研究活动建立密切联系。为了满足制造业的跨学科研究需求，一个将所有相关技能集中在一个地点的大型中心是必不可少的。这需要大量的工作人员和早期阶段的研究人员，这一建议可以提供。从政府和其他报告中也可以清楚地看到，英国和其他地方充满活力的高价值制造业将受到熟练工程师严重短缺的限制，除非大学大幅增加其在该领域的活动规模。拟议的IDC的研究将以先进成形研究中心为基础，但范围更广，涵盖制造技术及其应用的各个方面：从用特殊合金锻造涡轮机叶片到低成本制造微型部件。IDC要解决的基本技术问题将包括计算模拟、状态监测、控制系统和工具寿命：制造系统问题将包括性能数据分析、需求管理、整个系统模拟（从仓库到微观结构）和工艺改进的实验方法设计。该中心的教学内容将由制造和工程管理系开发和提供。IDC活动背后的驱动力将是应对海外竞争快速增长所带来的挑战，以及对低能耗工艺和系统的需求，以满足英国的碳减排目标。拟议的国际数据中心的主要主题如下：锻造技术-先进材料-工艺改进微系统制造-信息管理-运营管理-工艺设计学生总数为32人，其中8名学生由工业界资助，6名由武革委资助，8名由大学资助，另外10名学生由EPSRC资助。拟议中心的规划假定为期七年，最初招收6名学生，到第四年增加到10名。与行业和大学相关的学生人数将为EPSRC申请奖学金提供强有力的支持。因此，该中心的实际供资窗口将跨越84个月，每个队列跨越48个月，该中心的总费用为313.6万美元，其中123.1美元是向EPSRC申请的。

SummaryThis proposal is to establish an Industrial Doctorate Centre (IDC) in 'Advanced Forming and Manufacture' located in the Advanced Forming Research Centre (AFRC) of the University of Strathclyde. The proposed centre will bring together staff at Strathclyde with in depth expertise covering the metallurgy, forming and forging, computational simulation, micro-manufacture, automation, process control, measurement, operations management, quality control and sustainable manufacturing to create a Centre of learning and research with strong links to many of the UK's leading manufacturers. The 3000m2 AFRC will create a stimulating environment for the EngD students in a purpose built facility created specifically to support manufacturing research which makes the latest process simulation and modelling software available alongside a wide range of industrial manufacturing hardware and supporting materials and metrology laboratory facilities. This proposal aims to put the IDC at the core, of an internationally leading group in Advanced Forming and Manufacturing technology and so draw on strong links to EPSRC, EU and TSB funded research activity. To meet the interdisciplinary research demands of manufacturing industry a substantial centre bringing together all the relevant skills on a single site is essential. This requires a critical mass of staff and early stage researchers of the sort that this proposal can deliver. It is also clear from Government and other reports that a vibrant high value manufacturing industry in the UK, and elsewhere, will be limited by a severe shortage of skilled engineers unless the universities dramatically increase the scale of their activities in this area.Research at the proposed IDC will be based in the Advanced Forming Research Centre but with a wider scope covering all aspects of manufacturing technology and its application: from the forging of turbine blades in exotic alloys to the low cost fabrications of micro-components. Fundamental technology issues to be addressed by the IDC will include computational simulation, condition monitoring, control systems and tool life: the manufacturing systems issues will include analysis of performance data, demand management, whole system simulation (from warehouse to microstructure) and a design of experiments approach to process improvement. The teaching elements of the centre will be developed and delivered by the Department of Manufacturing and Engineering Management. The driver behind the activity of the IDC will be to meet the challenges arising from the rapid growth in overseas competition and the need for low energy processes and systems to meet the UK's targets for carbon emission reduction. The major themes for the proposed IDC are the following: - Forging technology - Advanced Materials - Process Improvement Micro-system Manufacture - Information Management - Operations Management - Process DesignThe total student numbers are 32 with 8 studentships supported by industry, 6 by the AFRC and 8 by the University with funding requested from EPSRC for a further 10 studentships. The planning for the proposed centre has assumed a seven year period with an initial intake of 6 rising to 10 by year four. The student numbers associated with both industry and the University will provide strong support to the EPSRC studentships requested. Thus the actual funding window of the centre will span a period of 84 months with each cohort spanning 48 months with a total cost for the centre of 3.136M of which 1.231 is requested from EPSRC.