• Seismic Design and Earthquake Ground Motion in Japan
  Norio Suzuki, Tomonori Ikeura, Tomoki Hikita, Kentaro Kasamatsu and Yusuke Tomozawa
  • Main Text(PDF: 5.7MB)

Geotechnical and Geological Engineering and Rock Mechanics

• Total Inspection System for Surface Water Content of Sandy Gravel Used for CSG
  Mai Masutani, Michitaka Okamoto, Yoga Okamoto, Keisuke Tanaka, Akihiro Matsumoto, Atsushi Oi,
  Hiroaki Kobayashi and Katsutoshi Fujisaki
  • Abstract(PDF: 1.8MB)
  • Main Text(PDF: 6.1MB)
• On-Site Monitoring Results of Visualization Technology Developed
  for Shield Tunneling Method with Foam
  Weichen Liu, Hideki Nagatani, Kenichi Kawano, and Issei Sato
  • Abstract(PDF: 437KB)
  • Main Text(PDF: 4.7MB)
• A Rational Fracture Hydraulic Parameter Estimation Method
  for Groundwater Flow Assessment Using Discrete Fracture Network Model
  Masayuki Ishibashi
  • Abstract(PDF: 1.3MB)
  • Main Text(PDF: 2.1MB)
• Evaluating Relationship between Water Quality Obtained from Tunnel
  and Geology through Atera Fault
  Kei Yamashita, Kazuhiko Masumoto and Masayuki Ishibashi
  • Abstract(PDF: 1.0MB)
  • Main Text(PDF: 5.9MB)
• Evaluating Vertical Ground Displacement behind Earth Retaining Wall
  under Excavation
  Toshiaki Sanematsu and Yuki Hatanaka
  • Abstract(PDF: 384KB)
  • Main Text(PDF: 2.0MB)

Structural Engineering and Aseismic Technology

• Study on Applicability of Distributed Optical Fiber Measurement Method
  to Prestressed Concrete Members
  Shintaro Kojima, Naoki Sogabe and Yohei Taira
  • Abstract(PDF: 494KB)
  • Main Text(PDF: 1.9MB)
• Development of Composite Half Precast Members for Rationalization
  of RC Construction
  Takuya Iwamoto and Naoki Sogabe
  • Abstract(PDF: 1.3MB)
  • Main Text(PDF: 3.3MB)
• Deformation Capacity of Beam-End Connection with Partial Processing Web
  near Weld Access Hole
  Yoshikazu Sawamoto, Jun Kubota and Keita Kohtaki
  • Abstract(PDF: 980KB)
  • Main Text(PDF: 4.2MB)

Materials and Construction Systems

• Study on New Fireproof Construction Method
  to Realize Fireproof Wooden Construction Part 2 Wood Surface Specification
  Norichika Kakae and Jun Kubota
  • Abstract(PDF: 1.2MB)
  • Main Text(PDF: 3.5MB)
• Development and Application of CUCO-SUICOM Formwork
  and its Contribution to Achieving Carbon Neutrality by 2050
  Hiroaki Yamano, Takeshi Torichigai, Kengo Seki and Goro Sakai
  • Abstract(PDF: 692KB)
  • Main Text(PDF: 2.1MB)
• Study on Shrinkage Crack Resistance Mechanism of Concrete
  with High Blast-Furnace Slag Content
  Mayuko Hirata, Haruki Momose, Tetsushi Kanda, Kei-ichi Imamoto and Chizuru Kiyohara
  • Abstract(PDF: 445KB)
  • Main Text(PDF: 1.7MB)
• Study on Lifting and Demolition Method Using Diagonal Slab Cutting Method
  Takahiro Nakamura and Takeshi Ishida
  • Abstract(PDF: 1.1MB)
  • Main Text(PDF: 7.4MB)
• Study on Lightweight Fireproof Coating for Wooden Materials
  Using Organic Thermal Insulation and Expandable Fireproof Materials
  Seijiro Ogata, Norichika Kakae and Thoshinari Kanasaki
  • Abstract(PDF: 534KB)
  • Main Text(PDF: 7.8MB)

Building Environment Engineering

• Increase in Summer-type Condensation Due to Global Warming and
  Countermeasures
  Takashi Gondo and Takumi Adachi
  • Abstract(PDF: 658KB)
  • Main Text(PDF: 2.9MB)

Environmental Engineering

• In-situ LNAPL Recovering Technology with Multi-phase Extraction
  Using Highly Lipophilic Plastic Board Drains
  Tatsushi Kawai, Maiko Kawano, Yutaka Kamijima, Tasuma Suzuki, Hisatomo Fukui,
  Keisuke Ohta and Takeshi Matsubara
  • Abstract(PDF: 460KB)
  • Main Text(PDF: 2.7MB)

Disaster Prevention Engineering

• Impact of Prior Release Operation by Multi-purpose Reservoir
  Considering Medium-term Ensemble Prediction of Precipitation on Water Supply
  and Power Production
  Daisuke Nohara
  • Abstract(PDF: 635KB)
  • Main Text(PDF: 1.4MB)
• Investment Decision Support for Business Sustainability Improvement
  with Structural Measures Based on Flood Inundation Simulations with a Variety of
  Extreme Rainfall Scenarios
  Saki Nonaka, Nobuyuki Iwamae, Daisuke Nohara and Yoriyuki Yamada
  • Abstract(PDF: 1.0MB)
  • Main Text(PDF: 2.6MB)