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23 labs · 2 student voices
Other departments in School of Engineering ›Faculties at Kyushu University ›
Tatsuo Kanno, Professor
0 student voices
The Urban Environmental Risk Lab studies earthquake ground motion and the subsurface ground that greatly influences it. A building is originally a shelter that protects people from the violence of nature, but once it collapses in an earthquake, it becomes a weapon that takes lives. The lab believes that it is important not only to build structures that withstand ground motion but also to understand ground motion itself, and that the key to this is understanding the ground. Based on earthquake observation data and on field observation of tiny ground vibrations (microtremors), the lab works on modeling subsurface structure and on ground motion simulation.
Toshihiko Ninakawa, Professor
0 student voices
The Building Production Lab studies, both theoretically and experimentally, the mechanical behavior and performance evaluation of concrete-filled steel tube structures and steel-concrete structures. For traditional timber buildings and historic brick masonry buildings, the lab conducts research on safety assessment and on their conservation and use. The lab belongs to the Department of Architecture in the School of Engineering and to the Department of Space Systems in the Graduate School of Human-Environment Studies.
Tomoyuki Koyama, Associate Professor
0 student voices
The Building Materials Lab studies the performance and durability of materials used in construction, especially concrete, as well as quality control at construction sites. Because making buildings last longer is also important for a sustainable society, the lab investigates the durability of materials under the environmental actions that cause buildings to deteriorate. The lab also works on the effective use of by-products from other industries, and on quality control at construction sites as global warming advances.
Hirokazu Suemitsu, Associate Professor
0 student voices
The Architectural Design Engineering Lab studies methods of designing architecture and cities using digital technologies such as simulation and programming. As global warming and natural disasters increase and environmentally conscious, sustainable architecture is in demand, the lab carries out analytical research based not only on European climates but also on East Asian climates. The lab also uses digital technologies to study traditional local techniques and materials. The faculty members are Associate Professor Hirokazu Suemitsu and Associate Professor Bunji Izumi.
Kentaro Yamaguchi, Professor
0 student voices
The Circular Architectural Structures Lab studies building structures that support reduction and reuse in order to lessen the burden on the global environment. The lab treats reduction as including the renovation of buildings so they can be used for longer, as well as the use of timber to fix carbon (reducing CO2 emissions). The research also covers the conservation of historic buildings and the development of spatial structures that make active use of wood-based materials. The structural types studied are wide-ranging, including brick construction, timber structures, historic reinforced concrete structures, hybrid reinforced concrete and brick structures, and vibration-controlled structures.
Shintaro Matsuo, Associate Professor
0 student voices
The Sustainable Seismic Structures Lab focuses its research on connections in steel structures and concrete-filled steel tube (CFT) structures. Since the Great Hanshin-Awaji Earthquake, the importance of keeping buildings in use and restoring them quickly has been widely recognized again, and the scope of structural engineering research has broadened in many directions. At the core of the lab's research is the development of connections that are superior not only in mechanical rationality but also in constructability, economy, and sustainability, as well as the development of more rational design methods for existing connections. Every day, the lab works on structural experiments and analysis.
Toshiaki Sato, Associate Professor
0 student voices
The Timber Structures Lab studies timber structures that use wood and wood-based materials as structural members. Wood has complex mechanical properties such as heterogeneity, anisotropy, and nonlinearity, making it a material whose behavior is difficult to predict accurately. To ensure seismic safety over the long service life of buildings, the lab works on a wide range of research, from basic studies to technology development.
Sung-Jun Yoo, Associate Professor
0 student voices
The Building Environment Simulation Lab studies how the quality of the indoor environment, such as the thermal environment and air quality, relates to human health and comfort. To enable comprehensive prediction and evaluation of the interactions between indoor environmental factors and the human body, the lab develops numerical analysis models and applies them in practice. Experiments are limited in terms of time, space, cost, and ethics, so numerical experiments (simulations) based on digital twins of the built environment have recently drawn attention as a new approach. Focusing on numerical human body models for indoor environment analysis, the lab aims to predict and evaluate indoor environmental quality comprehensively and with high accuracy.
Prasanna Prasanna, Associate Professor
0 student voices
The Habitat Engineering Lab studies how forming communities around public transit can improve the efficiency of urban land use. This approach is called Transit-Oriented Development (TOD). It encourages cities to grow upward rather than spread horizontally, creating dense and vibrant areas. The aim is for housing, shops, and entertainment facilities to be located near public transit and easily accessible.
Michiko Shigefuji, Associate Professor
0 student voices
The Strong Ground Motion Engineering Lab studies the prediction and evaluation of strong earthquake ground motion (strong ground motion) that causes damage to society. Earthquake records observed at the ground surface contain the effects of the earthquake source, the propagation path, and the site characteristics of the sedimentary layers. The lab conducts field observations such as seismic observation and subsurface exploration, and investigates the factors that generate strong ground motion by analyzing the observed records. Its main research themes are the source characteristics of intraplate earthquakes, the effects of high-attenuation zones around volcanoes, the ground motion characteristics of sedimentary basins, and the attenuation characteristics of shallow subsurface ground.
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