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The Future of Concrete Journal

By K. Kawai

Special Issue: Current Status and Future Prospects of Precast Concrete

1. General Overview

   1.1 Transitions and Future Prospects of Precast Concrete (Materials/Manufacturing Method)

   By T. Kage

   1.2 Changes in Precast Concrete Products and Future Challenges

   By H. Tanahashi

2. Overview of Each Field

   2.1 Design, Fabrication, and Construction for Precast Concrete in Civil Engineering

   By T. Miki and T. Ayano

   2.2 Structural Design and Construction of the Buildings by Using Pre-Cast Concrete

   By K. Sugimoto

   2.3 Outline of ACI/PCI CODE-319-25 and Activities of fib Commission 6 Prefabrication

   By M. Nishiyama

3. Precast Concrete Products

   3.1 History and Future Prospects of Precast Concrete Curtain Walls

   By T. Sasaki

   3.2 Evolution and Future Prospects of Precast Concrete Piles

   By R. Matsuda

   3.3 Current Status and Issues of Precast Concrete Retaining Walls

   By K. Inoue

   3.4 Evolution of Concrete Block Revetment and Landscape Evolution Methods

   By M. Ozaki, S. Matsuoka and K. Kanemaru

   3.5 The Past and Future of Underground Buried Culverts (Precast Box Culverts)

   By T. Goto, H. Karasawa and Y. Tadokoro

   3.6 Precast Concrete Products of Surface-Drainage Ditches

   By T. Kajiyama and N. Hoshida

   3.7 The Future Possibilities Opened up by Masonry Construction

   By T. Nakasawa

   3.8 Latest Precast Superstructure and Pile Connection Technologies for Port Piers

   By T. Yoshida and K. Mizuno

4. Integration of Precast Concrete and New Technologies

   4.1 Current Status and Prospects of 3D Concrete Printing (3DCP) and Precast Concrete (PCa)

   By A. Miyajima, Y. Kunii, K. Mizuno and M. Kunieda

   4.2 Precast Concrete Products Not Manufactured Using Steam Curing

   By T. Nakamura, N. Nakamura, K. Kikuchi and K. Niitani

   4.3 Precast Concrete Technology Using Ultra High Strength Fiber Reinforced Concrete (UFC)

   By T. Ichinomiya

   4.4 Precast Construction Method Aimed at Shortening Construction Periods and Improving Workabilityq

   By K. Kanemoto

   4.5 Development of Timber-Precast Concrete Hybrid Structure System

   By A. Chihama, K. Tahara, D. Katsura and Y. Oshiro

   4.6 Development of Precast Concrete Lining for Mountain Tunnels

   By S. Imamura, Y. Tatsumi, S. Tateno and T. Yamada

   4.7 Effective Utilization of Recycled Aggregate in Precast Concrete Products

   By H. Katahira and H. Koga

   4.8 Durable Low-Carbon Precast Concrete Using Blast Furnace Slag

   By T. Otsuki and K. Hosotani

   4.9 Precast Concrete Using Carbon Fiber Composite Cables

   By M. Ono and K. Ushijima

   4.10 Development and Performance Evaluation of an Ultra-High-Durability Precast Deck Slab Without Reinforcement or Prestressing Steel

   By T. Fujioka, N. Nagamoto and M. Fukuda