基于数字射线检测的船舶焊缝无损检测应用

以数字射线（Digital Radiography，DR）检测与常规射线检测为对象，研究在船舶建造过程中使用DR检测部分替代常规射线检测的可行性和实用性。采用板对接试件和管对接试件进行试验，对比DR检测与常规射线检测的特点、优势、不足和成本，发现船舶建造过程中的较多检测场景均契合DR检测要求，DR检测优势较好地得到发挥，确定可使用DR检测在船舶建造内场作业的拼板焊缝检测和管系焊缝检测中替代常规射线检测。     

产品智能化检测发展分析

从产品智能化检测需求角度分析发展企业智能化检测的必要性。结合国内外智能化检测现状，归纳当前产品智能检测技术面临的关键问题，并提出船舶建造智能化检测的发展方向，为未来产品智能化检测发展提供一些建议。     

A review of physical flexible ship models used for hydroelastic experiments

Hydroelasticity of ships has been established as a necessary form of investigation for both slender ships and high-speed craft. Experimental investigations have spanned various topics, including symmetric and antisymmetric, harmonic and transient, linear and nonlinear responses. Models have varied in size and the way the structure is modelled, depending of the focus of the investigation. The multitude of interacting physical mechanisms introduce almost-impossible-to-resolve scaling issues, and the eventual compromises depend on the aim of the investigator. This publication provides a comprehensive review of the evolution of these experimental techniques, from the first appearances of the field to the modern state-of-the-art and potential future directions.     

自动生产线环焊缝数字射线检测透照布置设计

在环焊缝数字射线自动检测过程中，透照布置直接影响检测质量。针对自动生产线中常用的单壁单影和双壁单影透照，根据检测安全要求、检测质量要求和检测效率要求，对透照布置的工艺设计方法和质量控制指标计算方法展开讨论。