SUSTAINABLE CITIES AND COMMUNITIES

Fabrication of Organic Electret Using Dendritic Polymer and Mechanism of Spontaneous Orientational Polarization

Department of Interdisciplinary Engineering Science, Interdisciplinary Graduate School of Engineering Sciences

Spontaneous orientation polarization (SOP) is a phenomenon in which permanent dipole moment (PDM) of polar organic molecules is partially oriented on the substrate during vacuum deposition. Giant surf [...]

In this study, a spatiotemporal change prediction model for activation in areas around aging transportation facilities is established. The model to be developed in this study consists of three steps. [...]

This study, grounded in the new perspective of stage performance and utilizing TEI-compliant text data construction methods, focuses on elucidating the dramatic structure of Ningyo Joruri. During the [...]

The energy consumption of buildings is expected to continue increasing and become an even greater challenge in the future. In particular, reducing energy consumption through air conditioning is crucia [...]

本研究の目的は自然災害を経験したことのない未災者を対象として、アートを通した災害伝承の教材・カリキュラムを開発し、地域社会における持続的な災害伝承を実現することである。具体的には、東日本大震災から10年が経過した宮城県をフィールドに、美術、音楽、演劇等による伝承活動を定性的に評価し、ボトムアップで理論を生成し、その結果をもとに伝承活動を行う団体や芸術家との協働で新たな教材・カリキュラムを開発する。

This study examines how nuclear power plant restarts affect land prices and host communities in Japan. Using transaction price data from Japan’s Ministry of Land, Infrastructure, Transport and Tourism [...]

Investigation and Control of Multiscale Structure of Wavy Liquid Films on Wall Driven by Turbulent Airflow and Droplet Dispersal Phenomena

Department of Aeronautics and Astronautics, Graduate School of Engineering

As the demand for electric power increases, it is an urgent issue to improve the performance of generators. Steam turbines are used in thermal, nuclear, and geothermal power generation, and their impo [...]

Development of a High-Accuracy Predictive Framework for Soil–Machine Interaction under Repeated Loading Using Non-Classical Plasticity and Machine Learning

Department of Agro-environmental Sciences, Graduate School of Bioresource and Bioenvironmental Sciences

This research aims to develop a new DEM contact model capable of reproducing cumulative plastic deformation and stiffness evolution under repeated loading, limitations that conventional models cannot [...]

Fabrication of Organic Electret Using Dendritic Polymer and Mechanism of Spontaneous Orientational Polarization

A Study on the Spatiotemporal Change in the Surrounding Area of Aging Transportation Infrastructure

The Dramatic Structure of Ningyo Joruri: A Perspective on Its Correlation with Stage Performance

Digital Twins Technology and Design Orientation Development for Energy-saving Design of Large-scale Building Space

未災者を対象とした災害伝承アート教材・カリキュラム開発

The Economic Impact of Nuclear Power Plant Restarts on Local Communities

Investigation and Control of Multiscale Structure of Wavy Liquid Films on Wall Driven by Turbulent Airflow and Droplet Dispersal Phenomena

Development of a High-Accuracy Predictive Framework for Soil–Machine Interaction under Repeated Loading Using Non-Classical Plasticity and Machine Learning

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