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Multi-Disciplinary Engineering Research and Development Skills for Mining – A Case Study

机译:采矿多学科工程研究与开发技巧 - 以案例研究

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This paper discusses how advanced manufacturing technology (AMT), which is fundamentally reliant on and developed via multi-disciplinary skills, has benefi tted non-mining industries, and what lessons can be derived from this experience to benefi t the mining industry, particularly underground coal mining. Examples of AMT use in ‘conventional’ industry, some drawn from the more than 25 years experience in many different industries of the Automation and Robotics team at the University of Wollongong, are described to show typical benefi ts, risks and opportunities expected in using AMT. Applying AMT to mining brings many unique challenges and this paper expands on these and then provides practical examples of how a multi-disciplinary team can develop new processes and systems leading to productivity, safety and other benefi ts for underground coal mining.
机译:本文讨论了先进的制造技术(AMT),它从根本上通过多学科技能求依赖和制定,拥有受益TTED非矿业,以及哪些课程可以从这种经验中获取,以便将采矿业,特别是地下采煤。在“常规”行业中的AMT使用的例子,一些来自卧龙岗大学自动化和机器人团队的许多不同行业的超过25年的经验,据称,展示了使用AMT的典型的受益Ts,风险和机会。将AMT应用于采矿带来了许多独特的挑战,本文扩展了这些挑战,然后提供了多学科团队如何开发新流程和系统的实际示例,导致地下煤炭采矿的生产力,安全和其他受益者TS。

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