Applicability of the Amplification Factor to the Distribution of Design Story Shear Force Coefficients in Seismically Isolated Buildings Subjected to Long‐Period and Long‐Duration Ground Motions

Evaluation Formula for the Velocity Response of Seismically Isolated Buildings to Long‐Period and Long‐Duration Ground Motions Considering Period‐Dependent Characteristics of Seismic Response Spectra

Development of an Adaptive Model of Thermal Comfort in a Mixed‐Mode Japanese Multi‐Family Apartment

Building Layout Inside Rural House Compounds in Special Preservation Areas for Historic Landscape: The Case of Six Village Sections Such as <i>Okuyama</i> , <i>Asuka</i> , <i>Kawahara</i> , <i>Noguchi</i> , <i>Oka</i> and <i>Shimasho</i> in Asuka Village

Optimal Demand Response Operation Using Adaptive Model Predictive Control for Thermally Activated Building Systems

Influence of Poor Ventilation and Door Operation on the Spread of Infectious Respiratory Particles and Infection Risk in a Hospital Ward

Applicability of the Amplification Factor to the Distribution of Design Story Shear Force Coefficients in Seismically Isolated Buildings Subjected to Long‐Period and Long‐Duration Ground Motions

Evaluation Formula for the Velocity Response of Seismically Isolated Buildings to Long‐Period and Long‐Duration Ground Motions Considering Period‐Dependent Characteristics of Seismic Response Spectra

Development of an Adaptive Model of Thermal Comfort in a Mixed‐Mode Japanese Multi‐Family Apartment

Building Layout Inside Rural House Compounds in Special Preservation Areas for Historic Landscape: The Case of Six Village Sections Such as <i>Okuyama</i> , <i>Asuka</i> , <i>Kawahara</i> , <i>Noguchi</i> , <i>Oka</i> and <i>Shimasho</i> in Asuka Village

Optimal Demand Response Operation Using Adaptive Model Predictive Control for Thermally Activated Building Systems

Influence of Poor Ventilation and Door Operation on the Spread of Infectious Respiratory Particles and Infection Risk in a Hospital Ward