NASA Tech Briefs - December 2016 - Vol. 40 No. 12

Overview

The December 2016 edition of NASA Tech Briefs presents a comprehensive overview of advancements in motion control, automation technology, and test and measurement systems. This issue highlights innovative solutions and technologies that are shaping various industries, particularly in the context of NASA's ongoing research and development efforts.

Key Features:

1. Motion Control and Automation Technology: The magazine opens with a focus on motion control systems, emphasizing the importance of precision and reliability in automation. A standout feature is the introduction of Sawyer, a smart collaborative robot designed with compliant motion control. This robot is capable of "feeling" its way into fixtures or machines, enhancing its ability to work alongside humans in manufacturing and assembly environments. The article discusses the implications of such technology for improving efficiency and safety in industrial settings.

2. Temperature Sensors for Infrastructure Monitoring: Another significant topic covered is the role of temperature sensors in ensuring the integrity of bridges. The article details how these sensors can monitor structural health by detecting temperature variations that may indicate potential issues. This technology is crucial for maintaining safety and longevity in infrastructure, particularly in regions prone to extreme weather conditions.

3. NASA Software Innovations: The issue also delves into NASA's software developments that address critical questions about space and Earth. These software tools are designed to analyze vast amounts of data, aiding in research related to climate change, planetary exploration, and other scientific inquiries. The integration of advanced algorithms and data processing techniques is highlighted as a key factor in enhancing the capabilities of NASA's research initiatives.

4. Optical Fiber Sensors: The magazine features an article on optical fiber sensors, which are increasingly being used for infrastructure monitoring. These sensors offer high-resolution measurements and can be deployed in various environments to provide real-time data on structural integrity. The advantages of using optical fibers, such as their lightweight nature and resistance to electromagnetic interference, are discussed in detail.

5. Dr. James Truchard's Legacy: A tribute to Dr. James Truchard, a prominent figure in the field of test and measurement, is included in this issue. The article reflects on his 40-year legacy and contributions to the industry, particularly through his work with National Instruments. His innovations have significantly impacted how engineers and scientists conduct measurements and analyze data.

6. Product of the Year Voting: The magazine invites readers to participate in voting for the Product of the Year in the Motion Control and Automation Technology category. This interactive element engages the audience and highlights the importance of community involvement in recognizing outstanding technological advancements.

7. Additional Resources: Throughout the issue, readers are provided with links to additional resources and information, including free info requests for various technologies discussed. This feature enhances the magazine's value as a resource for professionals seeking to stay informed about the latest developments in their fields.

Conclusion: The December 2016 edition of NASA Tech Briefs serves as a vital resource for professionals in the fields of motion control, automation, and test and measurement. By showcasing cutting-edge technologies and innovations, the magazine not only informs its readers about current trends but also inspires future developments in these critical areas. The combination of expert insights, practical applications, and community engagement makes this issue a must-read for anyone interested in the intersection of technology and engineering.