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282 labs · 26 student voices
Faculties at Kyoto University ›
Nobuhito Mori, Professor
0 student voices
The Coastal Disaster Prevention Engineering Lab conducts interdisciplinary research, from fundamentals to applications, on coastal disaster prevention and mitigation in coastal areas and the sea. Drawing on coastal engineering, physical oceanography, and meteorology, the lab studies high waves and storm surges generated by typhoons and low-pressure systems, and tsunamis generated by subduction-zone earthquakes. Preventing and mitigating natural disasters is a problem shared by the whole world, not just Japan, so the lab pursues universal research whose results can be used in many countries. The lab also focuses on research that predicts how coastal disasters will change over the long term under global warming scenarios.
Michio Sanjou, Professor
0 student voices
The Waterfront Ground Science Lab studies the movement of water and sediment at the waterfront, where rivers and the sea meet. Sediment accumulated at a river mouth can block the river, but it also keeps saltwater from intruding and helps maintain sandy beaches. Based on turbulence hydraulics, the lab treats rivers and coasts as one continuous system and uses experiments to study how sediment and driftwood are transported. The lab belongs to the Advanced Measurement for Water Disasters Division of the Disaster Prevention Research Institute, and is also a cooperating chair (Waterfront Ground Science Division) of the Department of Civil and Earth Resources Engineering in the Graduate School of Engineering.
Mamoru Kikumoto, Professor
0 student voices
The Computational Science Lab studies the behavior of geomaterials such as soil and rock, predicting it with theory and numerical computation. Many civil engineering problems are multiphysics problems, in which the mechanics of solids, liquids, and gases and the transport of matter and heat occur at the same time. The lab covers everything from building models that describe material properties, to large-scale computation on supercomputers, to applying them to real problems. It also carries out laboratory tests and field measurements to validate the models.
Aiko Furukawa, Professor
0 student voices
The Earthquake Lifeline Engineering Lab conducts research to reduce earthquake damage to structures. Targeting lifelines, bridges, historic buildings, and more, it reproduces their behavior during earthquakes by combining vibration measurement, numerical analysis, and experiments. It investigates structures damaged in earthquakes in Japan and overseas, identifies why they failed, and proposes countermeasures for the future. It also pursues research on structural health monitoring, which evaluates the degree of damage to a structure from how it vibrates.
Yutaka Ichikawa, Professor
0 student voices
The River Basin Management Engineering Lab studies the movement of water in rivers and river basins. It clarifies the pathways by which rain falling on a basin flows out into rivers, and builds mathematical models that predict that flow. On that basis, it considers river and basin management to prevent and reduce water problems such as floods and droughts. The main research method is numerical analysis, and the lab also makes field observations during flood events.
Hideaki Yasuhara, Professor
0 student voices
The Geofront Systems Engineering Lab studies how to create, protect, and maintain underground space in an environmentally conscious way. The lab investigates how the ground, rock masses, and groundwater, from the surface to deep underground, behave under forces and water, and also develops measurement technologies for this purpose. It also studies geo-risk management, an approach to managing underground space that takes into account uncertainty in ground properties, societal demands, and costs. The lab also works on research related to ground-related disasters, such as monitoring slope failures and tsunamis caused by submarine landslides.
Masamitsu Onishi, Professor
0 student voices
The Planning and Management Lab studies infrastructure such as roads and ports, and the social systems involved in preparing for disasters. Focusing on "infrastructure systems" and "disasters and crises," the lab aims to develop civil engineering planning as a science of practice rooted in the field. Using methods from economics and mathematics, the lab analyzes investment in projects, infrastructure maintenance, and preparedness for disaster risk. The lab is also known as the Onishi Lab. Its website lists the titles of bachelor's and master's theses, as well as a day and a year in the life of the lab.
Nobuhiro Uno, Professor
0 student voices
The Urban and Regional Planning Lab studies transportation engineering, urban planning, and transportation planning, making it a so-called "planning-oriented" lab. Cities are places to live and work, but they face many problems involving the environment, transportation, landscape, and land use. The lab builds theoretical frameworks to solve these problems and conducts empirical research that applies the theories in real cities. It aims to observe and analyze cities and to put the results to use in real society.
Tadashi Yamada, Professor
0 student voices
The Transportation Information Engineering Lab uses information technology to study solutions to transportation and logistics problems in cities and regions. It works on analyzing traffic flow and designing transportation and supply chain networks. It also proposes and evaluates methods for managing and operating transportation, and analyzes the behavior of car and public transport users and of tourists. Viewing transportation as a human activity, it considers not only efficiency but also what makes for better transportation, cities, and society.
Hiroyuki Goto, Professor
0 student voices
The Fundamentals of Earthquake Resistance Lab studies how structures are damaged by earthquakes and the earthquake resistance technologies that prevent such damage. Its scope covers the whole process, from the occurrence of an earthquake, through the propagation of shaking underground, to the damage of structures. The lab aims to analyze why damage occurred and to connect the findings to rational countermeasures. The lab belongs to the Earthquake Disaster Prevention Division of the Disaster Prevention Research Institute, and students are assigned to it as a lab of the Department of Urban Management, Graduate School of Engineering.
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