Daniel Martínez
Papers
1
Total Citations
3
H-Index
1
About
Daniel Martínez is a pioneering researcher in the intersection of structural health monitoring, robotics, and micro-opto-mechanical systems. His key contributions center on developing novel sensing technologies for assessing civil infrastructure, particularly concrete structures, using autonomous aerial platforms. His most cited work introduces an innovative acoustic Micro-Opto-Mechanical transducer that enables precise crack width measurement on concrete surfaces from aerial robots. By combining a piezoelectric emitter operating at 54 kHz with this advanced sensor, Martínez has created a non-contact method for detecting and quantifying surface damage in hard-to-reach locations. This breakthrough addresses critical challenges in infrastructure inspection, offering safer, more efficient alternatives to traditional manual assessments. While his citation count reflects an emerging career, the practical implications of his work—enabling drones to perform detailed structural diagnostics—position him at the forefront of smart infrastructure technology. His research bridges mechanical engineering, optics, and robotics, promising to transform how we monitor aging bridges, buildings, and dams.
Research Focus
Key Achievements
Top Papers
- 1