[Geotechnical and Geological Engineering and Rock mechanics]

• Development of a Partial Solidification Ground Improvement Method Using the Arching Effect

• Groundwater Flow Monitoring Technique Using the BarCad System

• Application of Three-Dimensional Seismic Cross-Hole Tomography in Soft Rock

• Mechanism of Subgrade Reaction of Model Pile Group in Laterally Spreading Soil

• Effect of Soil Density on Subgrade Reaction of a Pile in Liquefied Soil

• New Measurement System for Floating-Body Motions

• Structural Behavior of Retrofit Walls Utilizing Adhered Aggregates for Shear Connection

• Effect of Strain Rate on the Mechanical Properties of Reinforced Concrete Columns (Part 2)

• Experimental Study on Composite Floor Slabs with Beams

• Shear Reinforcement Mechanically Anchored with Steel Plate Heads

• Development of Precast Slabs with Long-Bolt Joints (Part 2)
  -Verification of Fatigue Durability by Wheel Running Tests-

• A Study of an Evaluation Method for Butt Joint Structures Using Precast Concrete Blocks

• Some Properties of Anti-Washout Underwater Concrete for Deep Sea in the 1,000-m Class

• Development of Low-Ammonia-Emission Concrete and Evaluation Techniques

• Development of Composite Panels Using Transparent FRP

• Application of Lightweight Aggregate Concrete with a Special Viscosity Agent (Soft-Crete)

• Evaluation of Placing Performance of Concrete to Prevent Initial Defects

• Crack-Reducing Concrete to Reduce Drying-Shrinkage Cracking

• Evaluation of Concrete Health Using Ultrasonic Waves

• Research on the Systematization of Summer Dew Condensation Prevention Technology
  -Part 1: Classified Patterns of Summer Dew Condensation and a Weather Data Selection Method-

• Reduction of Vibration for Ground Response Using a Soil-Bag Method

• Development of Thermal Storage Systems Utilizing Building Mass

• Effects of the Addition of Mycorrhizal Material to Roofgarden Soil

• Laboratory Studies on the Effect of Light Limitation by Turbid Water on the Growth of Attached Algae

• Numerical Simulation of an Assessment of the Environmental Impact on a River Ecosystem of Sediment Flushing from a Dam

• An Innovative In-Situ VOC Remediation Technology Using Iron Powder: Jet Blending Method

• Study of Resource Sustainability Assessment for Buildings

• Characteristics of High-Performance Concrete Using Coal Ash Artificial Aggregate

• Environmental Assessment Methodology for Demolition Waste Treatment Processes

• Building Risk Management for Earthquakes and Fires

• Analysis of Propagation of Superlow-Frequency-Band Electromagnetic Waves

• A Network-Based Bilateral Control with Prioritized Control-Related Data Transfer

• Deformation Monitoring of Slopes by Vision Metrology

• Development of a System for Prediction and Evaluation of Heat and Wind Environment in Urban Areas and Blocks

• Pavements to Absorb Electric Waves for ETC Tollgates

[Geotechnical and Geological Engineering and Rock Mechanics]

• Development of a Cutoff Material Using a PVA Polymer

• Results of Construction Using Ultra-High-Strength Concrete with Low-Autogenous-Shrinkage
  -Application to the Akihabara Pedestrian Bridge-

• Investigation for Overlay Reinforcement Method on Steel Deck Utilizing Engineered Cementitious Composites

• High-Durability Concrete with ¦Ã2CaO¡¦SiO₂ and Chopped Carbon Fiber Cured in CO₂ Gas

[Building Environment Engineering]

• Subjects and Results of Studies over the Past 35 Years on the Characteristics of Heat, Moisture, and Air Quality

• Museum Engineering Technology New Indoor Environment Control Technology to Support Display and Storage Spaces