laboratory

Department of Civil Engineering

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  Construction Materials Conservation Laboratory

  Professor Kazuhiro Oda

  By solving various problems (forecasting the occurrence of slope failures, predicting the subsidence of large-scale artificial islands, estimating the spatial distribution of ground information, etc.) using data science (digital twin, machine learning, artificial intelligence, simulation, etc.), we will create the next generation of geotechnical engineering. We aim to create.

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  Geomechanics laboratory

  Professor Sayuri Kimoto (HP)

  It is the ground that supports civil engineering structures beneath their edges. There are a wide variety of ground materials, and their characteristics vary greatly depending on the region. Our laboratory conducts model experiments on various surface soils (sand and clay), liquefaction simulations, and research on geothermal heat utilization.

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  River Environmental Studies Laboratory

  Professor Masahiro Tamai (HP)

  We conduct a wide range of research on environmental factors in urban areas, such as river environments and atmospheric environments. River-related topics include flood analysis of urban rivers and agricultural canals and studies on flood control functions, while atmospheric-related topics include studies on the mitigation effect of cold air currents on the nighttime heat island phenomenon and elucidation of the transport mechanism of volcanic gases by local winds.

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  Regional and Transportation Planning Laboratory

  Professor Masatoshi Hato (HP)

  We aim to revitalize cities and regions by improving transportation convenience. The main themes include the construction of high-speed railway networks, the development and functional improvement of urban transportation based on rail systems, and the relationship between public transportation and automobiles. The themes include urban planning, regional planning, and national land planning.

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  Environmental Energy and Risk Engineering Laboratory

  Professor Aiichiro Fujinaga (HP)

  In this laboratory, we are researching microbial fuel cells that generate electricity using organic matter in wastewater. We are also calculating the radiation risk to residents from the Fukushima Prefecture nuclear power plant accident and considering effective infection control measures against the new coronavirus.

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  Coastal Engineering Laboratory

  Professor Natsuki Mizutani (HP)

  In the Coastal Engineering Laboratory, we study the winds, waves, and currents that occur in coastal areas, and we aim to respond to coastal disaster prevention such as huge waves and storm surges caused by typhoons, and tsunamis caused by undersea earthquakes, and to prevent changes in the coastal environment due to global warming. , we will think about adaptation measures.

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  Structure and Dynamics Laboratory

  Professor Norihiko Yamashita (HP)

  In the Structure and Dynamics Laboratory, we mainly evaluate the aging deterioration that occurs during the service life of bridges, and elucidate earthquake damage through computer-based response analysis, thereby studying how structures can withstand huge earthquakes. We are conducting research on this topic.

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  Structure and Sustainability Laboratory

  Associate Professor Akihisa Kitamori

  Our laboratory conducts research and development on the use of wood and wood-based materials, which are attracting attention as low-environmental-impact and recyclable resources, in structures. By understanding the strengths and weaknesses of materials and selecting appropriate construction methods and applications, we would like to promote their use not only in architecture but also in civil engineering structures!

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  Spatial Information Laboratory

  Associate Professor Kang Wenhyang

  The Spatial Information Laboratory analyzes various types of information in urban areas. For example, video cameras, laser scanners, and other devices are used to measure moving objects such as people and vehicles, as well as infrastructure facilities such as roads and bridges. We will then apply cutting-edge AI technology to the measured results to understand urban traffic volume and improve the sophistication of infrastructure development.

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  concrete laboratory

  Associate Professor Hiroshi Yamada (HP)

  The Concrete Laboratory conducts a wide range of research, from materials related to civil engineering and construction to structures made of composites of various materials. For example, we are investigating concrete aggregates, next-generation materials, and repair and reinforcement of reinforced concrete structures.

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  Transportation and Urban Research Laboratory

  Takayama Space Lecturer (HP)

  Our laboratory deals with urban development centered on new mobility such as electric vehicles and self-driving cars, as well as digital urban images such as VR and metaverse, and scientifically studies future urban development from both urban planning and transportation planning perspectives. We are conducting research to examine the

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  Environmental Engineering Laboratory

  Shogo Taniguchi Lecturer (HP)

  Chemicals present in small amounts in water and soil can affect human health and living organisms. As the number and quantity of chemical substances are increasing, we are developing new measurement methods and treatment technologies for chemical substances in water and soil environments.