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Guest Editorial

机译：客人的社论

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摘要

Dr. John H. Lienhard IV, ASME Fellow and M.D. Anderson Professor Emeritus of Technology and Culture at the University of Houston, celebrated his 91st birthday on August 17th, 2021. In honor of the occasion, his former students, colleagues, and friends join in wishing him a belated happy birthday. Before presenting our felicitations, we begin by giving a brief history of John's remarkable and diverse 60 year career as an engineer, educator, author, historian and, notably, as the voice of a nationally syndicated radioprogram on technology.John H. Lienhard Ⅳ was born in 1930 in Saint Paul Minnesota and grew up in Roseburg, Oregon. After receiving his bachelor's degree from the Oregon State College, he worked at Boeing Co. in Seattle Washington while earning his master's degree from the University of Washington, Seattle. After being drafted in the Signals Corps Laboratory of the U.S. Army, he joined the University of California Berkeley and obtained his Ph.D. in Mechanical Engineering, in 1961 (the photograph in Fig. 1 shows John during his army days visiting MIT). Over his academic career, John has taught at five Universities: the University of Washington, the University of California, Berkeley, Washington State University, the University of Kentucky and the University of Houston.His research with his students and colleagues has beautifully combined thermodynamic processes, thermal science, and engineering. He is well known for his seminal contributions to phase change heat transfer including the development of a comprehensive hydrodynamic theory of Maximum and Minimum heat fluxes in pool boiling. Experimental and theoretical work has included the effect of such variables as heater size, geometry, gravity level, fluid properties and flow configuration. To scale the effect of gravity on boiling phenomenon he was amongst the first to use a centrifuge. In the area of film condensation his focus was on modeling the effect of variable gravity or body shape. His studies on thermodynamic stability of fluids have included the spinodal limit of liquid superheat, superheated liquid jet stability, and rapid water depressurization.
机译：John H. Lienhard IV博士，休斯顿大学的Asme Sener和MD Anderson教授，休斯顿大学技术和文化教授，于2021年8月17日庆祝了他的91岁生日。为了纪念他的前学生，同事和朋友加入祝他生日快乐。在提出我们的福利之前，我们首先致力于向John卓越，多元化的60年职业生涯中作为工程师，教育者，作者，历史学家，并且特别是作为国家在技术上的国家被同学的声音.John H. Lienhardⅳ生于1930年在圣保罗明尼苏达州并在俄勒冈州罗斯堡长大。在获得俄勒冈州学院的学士学位后，他在西雅图华盛顿波音公司工作，同时赢得了西雅图大学硕士学位。他在美国军队的信号军团实验室起草后，他加入了加州大学伯克利，获得了他的博士学位。在机械工程中，在1961年（图1中的照片显示了他的军队日期访问麻省理工学院的约翰）。在他的学术职业生涯中，约翰在五所大学教授：华盛顿大学华盛顿大学，华盛顿州大学，肯塔基大学和休斯顿大学。他的学生和同事研究了热力学过程。热力学过程，热科学和工程。他绰绰为他对相变热传递的开创贡献，包括开发池中最大和最小热量通量的综合流体动力学理论。实验和理论上的工作包括这种变量作为加热器尺寸，几何形状，重力水平，流体性能和流量配置的效果。为了规模重力对沸腾现象的影响，他是第一个使用离心机的效果。在薄膜冷凝地区，他的重点是在模拟可变重力或体形的效果。他对流体热力学稳定性的研究包括液体过热，过热的液体喷射稳定性和快速水减压的纺丝镜极限。

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  • 来源
    《Journal of Heat Transfer》 |2021年第11期|110301.1-110301.4|共4页
  • 作者

    Vijay K. Dhir;

  • 作者单位

    Department of Mechanical and Aerospace Engineering University of California at Los Angeles 420 Westwood Plaza Los Angeles CA 90095;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
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