CLIMATE ACTION

Design of an Energy-Saving Diagnosis and Feedback System Based on the Analysis of User Behavior and Energy Consumption in Small and Medium-Sized Offices, and Its Energy-Saving Effects

Department of Architecture, Graduate School of Human-Environment Studies

This study focuses on small and medium-sized offices, aiming to analyze the correlation between user behavior and energy consumption, and to design a feedback and energy-saving diagnosis system to pur [...]

Quantitative extraction of land surface change areas associated with slope failure and observation of slope change conditions using satellite data

Department of Civil Engineering, Graduate School of Engineering

Slope failure is a process of geomorphological changes caused by geophysical and meteorological factors, such as heavy rainfall and earthquakes. Currently, visual interpretation based on aerial photog [...]

The net-zero target and relating regulations pressure firms to adopt low-emission production and marketing practices. As firms must invest in low-emission technologies to meet these new standards, suc [...]

In Japan’s construction industry, increasingly severe summer heat has made worker safety and the continuity of infrastructure projects a critical challenge. This research examines the limitations of e [...]

There are many persistent organic pollutants in the environment and it is necessary to develop an analytical method for measuring these substances. In my dissertation, I develop a new technique for tr [...]

Response of TC activity and associated precipitation during summer season in the East Asia-Pacific Region to Pseudo-Global Warming Climates

Department of Earth and Planetary Sciences, Graduate School of Science

This research focuses on clarifying the potential impacts of global warming on TCs and associated heavy rainfall during summers in the East Asia-Pacific region. This research clarifies the potential e [...]

Elucidation of Electrochemical Reactions Accompanied by Chemical Reactions and Development of Numerical Analysis Methods in Co-electrolysis Using Solid Oxide Electrolysis Cells (SOECs)

Department of Hydrogen Energy Systems, Graduate School of Engineering

To achieve a carbon-neutral society, technologies for hydrogen production and effective utilization of carbon dioxide are essential. In recent years, the co-electrolysis of steam and CO₂ using Solid O [...]

Adhesive-free direct bonding of CFRP and metal enables lightweight, low-cost structures, but the thermal expansion mismatch induces residual stress at the interface, and the fracture mechanism under t [...]

Design of an Energy-Saving Diagnosis and Feedback System Based on the Analysis of User Behavior and Energy Consumption in Small and Medium-Sized Offices, and Its Energy-Saving Effects

Quantitative extraction of land surface change areas associated with slope failure and observation of slope change conditions using satellite data

National climate policy, institutionalization and firm value: International evidence

A Framework for Situated Garment Design : Garment as an Interface for Augmenting Human Capability

Laser ionization mass spectrometry for analysis of environmental pollutants

Response of TC activity and associated precipitation during summer season in the East Asia-Pacific Region to Pseudo-Global Warming Climates

Elucidation of Electrochemical Reactions Accompanied by Chemical Reactions and Development of Numerical Analysis Methods in Co-electrolysis Using Solid Oxide Electrolysis Cells (SOECs)

Temperature and Strain Rate Dependent Fracture in CFRP/Aluminum Direct Bonding

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