Computer simulation modelling of fast bowling to minimise lumbar stress fractures in cricket

快速保龄球的计算机模拟模型可最大限度地减少板球运动中的腰椎应力性骨折

• 批准号: 2295698
• 金额: --
• 依托单位: Loughborough University
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2019
• 资助国家: 英国
• 起止时间: 2019 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2295698
• 关键词: Computer; simulation; modelling; fast; bowling

Lumbar stress fractures are the greatest time-loss injury in cricket and can contribute to premature retirement. Fast bowling places high loads upon the lumbar spine and is likely to contribute to the aetiology of lumbar stress fracture. This project will quantify the strain sustained by the lumbar spine of fast bowlers, where the strain is greatest, how strain differs between different bowling techniques, and if strain differs between players who suffer lumbar stress fracture and those who do not. The findings will help inform coaches on safe bowling techniques to minimise injury risk and prolong careers. The project will be based in the NCSEM-EM and will benefit from the Centre's facilities (motion analysis and magnetic resonance imaging) and clinical links. The study will also benefit from the ECB's facilities and access to elite cricketers.

腰椎应力性骨折是板球运动中最严重的损失时间的伤害，可能导致提前退役。快速保龄球会给腰椎带来高负荷，并可能导致腰椎应力性骨折。该项目将量化快速投球手的腰椎所承受的压力，哪里压力最大，不同保龄球技术之间的压力有何不同，以及患有腰椎应力性骨折的球员和没有腰椎应力性骨折的球员之间的压力是否存在差异。研究结果将有助于教练了解安全的保龄球技术，以最大程度地减少受伤风险并延长职业生涯。该项目将以 NCSEM-EM 为基础，并将受益于该中心的设施（运动分析和磁共振成像）和临床联系。该研究还将受益于欧洲央行的设施和精英板球运动员的接触。