水切割技术的 versatility：从宏观到微观尺度加工各种材料

English | 2024 | ISBN: 9781003510468 | 1003 pages | True PDF | 214.19 MB

Waterjet technology involves complex flow phenomena, which include supersonic, turbulent, compressible, and three-phase interactions. This book, by the editor and colleagues, distills three decades of R&D expertise from Flow Industries, Inc. and OMAX Corp., based in Kent, Washington, USA. Organized into 10 sections and 32 chapters, it blends physical experiments and limited computational fluid dynamics analyses as R&D methodologies. Through flow visualization and probe measurement, the book characterizes waterjet geometry, water-droplet and abrasive speeds, surface roughness and edge qualities of machined parts, and more. It showcases advancements in micro abrasive-waterjet technology, recognized as a 2016 R&D 100 Awards finalist and honored with the 2016 Tibbitts Award from the U.S. Small Business Administration.

水射流技术涉及复杂的流动现象，包括超音速、湍流、可压缩性和三相相互作用。由编辑和同事编写的这本书总结了美国华盛顿州Kent的Flow Industries, Inc. 和 OMAX Corp. 30多年研发经验。全书分为10章和32节，并融合了物理实验和有限的计算流体动力学分析作为研发方法。通过流动可视化和探针测量，该书描述了水射流几何形状、水滴和磨料速度、加工零件表面粗糙度和边缘质量等特性。它展示了微研磨水射流技术的进步，该技术曾入选2016年R&D 100 Awards决赛名单，并获得了美国小企业管理局颁发的2016年蒂比特奖。

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