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Years Active: 2006-2015
Title: Minoru Teramura: Innovator in Particle Image Velocimetry
Introduction
Minoru Teramura is a distinguished inventor based in Wako, Japan. He has made significant contributions to the field of particle image velocimetry, holding a total of 5 patents. His innovative work focuses on measuring sound source distribution and flow fields in three-dimensional space.
Latest Patents
One of Teramura's latest patents is a device for measuring sound source distribution in three-dimensional space. This device utilizes tracer particles around an object, which are irradiated with a two-dimensional laser sheet within an x-y plane at two separate times. By capturing images of the tracer particles, the device measures two in-plane velocity components and one out-of-plane velocity component. The velocity field is then constructed by obtaining these components across multiple planes in the z-axis direction. This allows for accurate measurement of the sound source distribution around the object based on the velocity field. Another notable patent involves a particle image velocimetry system that supplies tracer particles to a flow field. This system captures images of the tracer particles and determines the velocity vector of the flow field, enhancing the precision of flow state measurements.
Career Highlights
Throughout his career, Minoru Teramura has worked with prominent companies such as Honda Motor Co., Ltd. and Honda Giken Kogyo Kabushiki Kaisha. His experience in these organizations has contributed to his expertise in the field of fluid dynamics and measurement technologies.
Collaborations
Teramura has collaborated with notable colleagues, including Gensuke Hoshino and Junji Takado. Their joint efforts have further advanced the research and development of particle image velocimetry technologies.
Conclusion
Minoru Teramura's innovative contributions to particle image velocimetry and sound source measurement have established him as a key figure in his field. His patents reflect a commitment to enhancing measurement precision and advancing technology.