RESEARCH

As global energy demand rises, decarbonizing the transport sector—which contributes 23% of global CO₂ emissions—has become critical to achieving international climate targets. Although electric buses [...]

1、研究背景と目的/Research Background and Purpose The relationship between the multi-scale built environment, behavior, and public health is inherently complex and works through multiple mediating and moderat [...]

The ceramic materials attract much attention due to brilliant thermal stability, high dielectric constant, and low production cost. Therefore, ceramic materials have been widely applied in many fields [...]

Recently, the surface texture has been reported to can reduce friction in starved lubrication, but the mechanism is unclear. Therefore, this research aims to numerically investigate the mechanism of t [...]

As social media becomes more prevalent in the global community, its impact on public moral judgments becomes more pronounced: the rapid spread of untruthful information on social networking sites can [...]

Hydrogen embrittlement (HE) is a phenomenon in which hydrogen entered into the metal and weakened the material’s strength. Conventional methods to prevent HE requires a large number of rare metals. In [...]

Research on impact mechanism of urban flood resilience and urban spatial evolution integrating machine learning

Department of Urban Design, Planning and Disaster Management, Graduate School of Human-Environment Studies

This research aims to elucidate the mechanisms by which the evolution of urban spaces, characterized by both expansion and contraction, influences flood resilience. It will integrate bibliographic ana [...]

This research reconsiders protectionism not as a rejection of liberalism, but as a normative response rooted in liberal values. Drawing on political philosophers such as Smith, Popper, Kymlicka, and R [...]

Penetration of hydrogen fuel cell buses modeling and environmental impact assessment

The impact mechanism of multi-scale urban built environment on health and well-being of residents

Nanoparticle Synthesis of Metal-doped Ceramic by Induction Thermal Plasma

Numerical study on the tribological performance of surface texture in starved lubrication

Effect of Impurities contained in Hydrogen gas on Hydrogen embrittlement

Research on impact mechanism of urban flood resilience and urban spatial evolution integrating machine learning

A Paradox Reconsidered: The Liberal Justification for Protectionism

“Future-Creation (MIRAI)” Course Kyushu University SPRING program

RESEARCH

Penetration of hydrogen fuel cell buses modeling and environmental impact assessment

The impact mechanism of multi-scale urban built environment on health and well-being of residents

Nanoparticle Synthesis of Metal-doped Ceramic by Induction Thermal Plasma

Numerical study on the tribological performance of surface texture in starved lubrication

A Systematic Examination of Factors Influencing Moral Judgments in Social Media

Effect of Impurities contained in Hydrogen gas on Hydrogen embrittlement

Research on impact mechanism of urban flood resilience and urban spatial evolution integrating machine learning

A Paradox Reconsidered: The Liberal Justification for Protectionism