Research progress on wearable temperature sensors for human temperature monitoring based on biomechanics

• DOI: 10.62617/mcb1530
• Publication Date: 2025-02-28T08:34:26Z
• Authors: Xize Wang; Yaqiong Wu; Junzheng Yang; Yanhong Wu; Nan Shi; Haibin Wang
• Keywords: Biomechanics; Wearable Technology

With the continuous development of science and technology, flexible wearable electronic products are flourishing in many fields, especially areas health monitoring medical improvement. In realm biomechanics, human body is a complex mechanical system, physiological parameters like temperature has unique connection to biomechanical research. Body temperature, as one most important body, not only for but also implications understanding body’s mechanical-thermal balance. Biomechanics studies how forces stress affect functions, can influence properties biological tissues. Researchers have extensively studied various sensors, such high precision, good biocompatibility, flexibility, agility, light weight, sensitivity, continuously improving real-time sensitive detection parts body. This article reviews research progress high-sensitivity sensors changes. Firstly, commonly used active materials were summarized. Secondly, imaging manufacturing method process introduced. Then, performance sensing was comprehensively discussed, including measurement range, response time, resolution. Additionally, explores potential applications, joint angles, muscle activation patterns, pressure distribution during movement. Finally, challenges faced by future summarized discussed. By combining with data collection, this study highlights technologies revolutionize motion analysis.