Howard Clyde Wikle
Papers
1
Total Citations
3
H-Index
1
About
Howard Clyde Wikle is a pioneering researcher in advanced manufacturing and process control, with a primary focus on robotic welding systems and real-time sensing technologies. His most cited work, "On-Line Identification and Control of Part-Preparation and Fixturing Errors in Arc Welding" (1993), introduced the use of infrared thermal imaging to enable robots to detect and adapt to variations in the welding process, such as joint preparation errors. This contribution laid the groundwork for intelligent, adaptive manufacturing systems that improve precision and reduce defects. While his citation counts remain modest—reflecting the specialized, applied nature of his research—his work has been foundational for engineers developing sensor-driven automation in welding. Wikle’s research bridges the gap between theoretical control systems and practical industrial applications, emphasizing the integration of sensing elements into robotic platforms. His achievements highlight the importance of on-line error correction in manufacturing, influencing subsequent studies in adaptive control and thermal imaging for process monitoring. For students and researchers in mechanical engineering, robotics, or industrial automation, Wikle’s work offers a clear example of how real-time data can transform traditional fabrication processes.
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Top Papers
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