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42 labs · 0 student voices
Faculties at Yokohama National University ›
Taku Nohara, Professor
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The Urban Planning Lab centers on urban planning and explores creative and sustainable ways for cities to develop. Urban planning is a field closely tied to people's lives, daily living, and society. It considers how to realize a prosperous future using space, technology, and systems. Research is basically carried out individually, but students can also join "projects" on actual community development, urban planning proposals, and regional practice, depending on their wishes. The lab belongs to the Department of Architecture and Urban Culture in the Graduate School of Urban Innovation for graduate students, and to the Department of Architecture in the College of Urban Sciences for undergraduates.
Satoshi Yoshida, Professor
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The Urban Environmental Management and Planning Lab conducts research toward realizing a safe urban environment in harmony with the environment, one that can reduce the risks of disasters and environmental problems. It addresses problems such as global warming, the heat island effect, earthquakes, and wind and flood damage from both the disaster prevention and the environmental perspectives together. The lab values learning from the field and applying its results back to the field, and it uses geographic information systems (GIS) in its research. On the site, the lab is introduced as the "Yoshida-Inagaki-Taneichi Lab," and the Urban Disaster Prevention Planning Lab (Inagaki) of the Department of Risk Management and Environmental Sciences is also listed.
Yuka Matsumoto, Professor
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The Steel Structures Lab conducts research to ensure the safety and functionality of buildings made of steel. Steel is a strong material that can deform without breaking (ductile), and it is well suited to making sturdy, lightweight structures. Steel structures are widely used in prefabricated housing, commercial facilities, high-rise buildings, gymnasiums, and more. The lab approaches its research from three angles: steel members and connections, entire frames, and surveys and monitoring of actual buildings.
Kuniyoshi Sugimoto, Professor
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The Reinforced Concrete Structures Lab studies building materials, structures, and construction methods in order to protect the safety of buildings and the lives and property of the people who gather and live in them. Buildings must be safe against external forces such as wind and earthquakes without exception, and as architectural design becomes more diverse, more advanced structural technology is required. The main subject is reinforced concrete buildings, and the lab deals with seismic performance, seismic retrofitting, and the investigation and analysis of earthquake damage. On the lab's website, it is introduced under the name "Structural Engineering Field, SE Field Lab."
Hiroshi Katsuchi, Professor
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The Structural Engineering Lab (Division I) studies the effects of wind and earthquakes on bridges, new structures and members for bridges, and bridge diagnosis. The lab originally started with the effects of wind on very long bridges (long-span bridges) and wind-resistant structural design as its basic theme. It has since expanded its research into a wide range of structural engineering fields, including typhoon simulation, seismic resistance, joints, damage prediction, and monitoring, and it also carries out international cooperation, mainly in the field of bridge engineering. The lab has experimental facilities such as a low-speed wind tunnel and a Charpy impact testing machine.
Takayuki Suzuki, Professor
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In the fields of coastal engineering and coastal environmental engineering, the Coastal and Aquatic Environment Lab studies the management of coastal areas, including coastal conservation, promoting the use of coastal areas, and the conservation, remediation, and restoration of the coastal environment. Its research rests on two pillars: investigating the mechanisms of disasters such as tsunamis, storm surges, and high waves to devise countermeasures, and predicting and evaluating the environment of coastal areas and estuaries in order to restore it. The wave flume in the hydraulic experiment building owned by the lab is used for experiments and exercises for third-year undergraduates, and for experiments conducted as part of undergraduate, master's, and doctoral research. Every week, the lab holds a joint lab seminar attended by everyone from undergraduate thesis students to doctoral students, and presentations by international students are in English in principle.
Kimitoshi Hayano, Professor
0 student voices
The Geotechnical Engineering and Geoenvironment Lab clarifies the phenomena and mechanics occurring in soil and ground, and works on developing and promoting geotechnical and foundation technologies. Its research focuses mainly on ground structures such as tunnels and river embankments, and it also puts effort into countermeasures against geotechnical hazards caused by heavy rain and earthquakes. The lab also studies the long-term stability of social infrastructure, monitoring technologies, and efficient maintenance methods. In recent years, it has turned its attention to green infrastructure that makes use of natural processes, aiming for sustainable, environmentally friendly cities and societies.
Mihoko Matsuyuki, Professor
0 student voices
The Transportation and Urban Studies Lab studies urban transportation, urban planning, and traffic engineering in order to solve the wide range of transportation problems that arise in cities. The lab aims to contribute to transportation systems that are safe and comfortable for more people. The lab's page lists the movement of people and goods, modes of transportation, roads, rail tracks, and terminals as essential to both daily life and economic activity. The faculty members study traffic control and operation, land use and transportation, public transportation, and new mobility.
Akira Hosoda, Professor
0 student voices
The Concrete Lab focuses on concrete structures and carries out research and education that contribute to making social infrastructure in Japan and abroad more resilient, more durable, and longer-lived. Its work ranges widely, from research and technology development on materials and structures to reform of social systems, covering not only academic research but also practical research. The lab actively collaborates with companies and operators, and also aims to put its research results into practice in society. The lab's website introduces it under the name "Concrete Lab."
Takehiro Sasaki, Professor
0 student voices
The Ecosystem Assessment Lab seeks to understand how human activities affect ecosystems, and studies management and conservation approaches that balance the use and conservation of ecosystems. Its research sites include dryland grasslands such as those in Mongolia, alpine wetlands and forests, and cities such as Yokohama and Tokyo. Using field manipulation experiments and analysis of long-term data, the lab examines how biodiversity and ecosystem stability change under climate change and human activities. By taking part in overseas field survey projects and international research networks, the lab can also carry out large-scale research.
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