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Learning based on 3D photogrammetry models to evaluate the competences in visual testing of welds

机译:基于3D摄影测量模型的学习评估焊缝视觉测试的能力

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The present work describes a new learning methodology based on the latest scientific research aimed at the three-dimensional macro-photogrammetric reconstruction of welds, which allows the generation of teaching materials aimed at the acquisition and evaluation of competencies in the non-destructive testing laboratory activities without the need for a physical displacement to the physical installation. This methodology, which can be cataloged within those based on virtual laboratories, is applicable in e-learning courses or can also be used as support material for face-to-face programs, mainly in the bachelor's and master's related to mechanical, naval and aeronautical engineering. The distribution of the packages is easy to load in learning management system in order to work with the models with open software, easily and without the need for additional costs.
机译:本工作描述了一种基于最新科学研究的新学习方法,该研究旨在焊接的三维宏观摄影测量,这允许产生旨在获取和评估非破坏性测试实验室活动的能力的教学材料无需对物理安装的物理位移。这种方法可以在基于虚拟实验室的那些中编目,适用于电子学习课程,或者也可以用作面对面方案的支持材料,主要是在学士和硕士与机械,海军和航空有关。工程。封装的分布易于在学习管理系统中加载,以便使用具有开放软件的模型,轻松,无需额外的成本。

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