Sustainable Construction Resources in Geotechnical Engineering

PART I: Advancement in Low Cost and Low Carbon Construction Techniques.- Chapter 1. Comparative Analysis of Reinforcement Parameters on Yellow River Silt Solidified by MICP and EICP Technology.- Chapter 2. Development of Environment-Friendly Base Materials for Seaweed Beds using Recycled Materials and its Long-term Monitoring.- Chapter 3. Particle Morphology of Calcareous Sand and MICP-treated Efficiency.- Chapter 4. Simultaneous Removal and Filling Method for Earth Retaining Members Contributing to SDGs.- PART II: Recycled Materials (Alternative Geomaterials) in Geotechnical Constructions.- Chapter 5. Application example of a volume reduction system for dredged sludge by screw decanter centrifuge.- Chapter 6. Compaction characteristics of crushed solidified soil.- Chapter 7. Comparative Study on Effect of Embedment Depth and Reinforcement Spacing on the Performance of Square Footing Embedded in Geogrid Reinforced Flyash Beds Under Cyclic Loading.- Chapter 8. Effect of Tire DerivativeParticle Size on the Dynamic Properties and Liquefaction Behaviour of Sand-Tire Derivative Mixes.- Chapter 9. Environmental Impact of Recycled Crushed Concrete and Aluminium Salt Slag as Used in Civil Infrastructure Construction.- Chapter 10. EPS as an Inclusion Material: An Instrumented Field Study on Retaining Wall.- Chapter 11. Evaluation of Mechanical Properties of Rice Resin as a Sustainable Ground Improvement Material.- Chapter 12. Experimental Study on Accumulated Deformation Characteristic of Yellow River Silt under Long-term Dynamic Loading.- Chapter 13. Experimental study on friction capacity of pile-stabilized soil interface.- Chapter 14. Experimental study on mechanical properties of soft clay stabilized by industrial by-products. etc.

Prof. Hemanta Hazarika is currently a professor in the Graduate School of Engineering and Department of Interdisciplinary Science and Innovation, Kyushu University, Fukuoka, Japan. Professor Hazarika's research activities include disaster prevention and mitigation, soil-structure interaction, stability of soil-structures during earthquakes and tsunami, ground improvement, application of recycled waste and lightweight materials in constructions, stability of cut slopes, and landslides and their protection.He has more than 350 technical papers in various international journals, international conferences, workshops and symposia to date. He has also authored two textbooks on soil mechanics and their Japanese versions. In addition, Prof. Hazarika served as the editor of six books on diverse topics. Prof. Hazarika has several years of experience in teaching, research as well as geotechnical practice and consulting both within and outside Japan. He is currently a foreign expert of the world's first research center in Palu, Indonesia on liquefaction research called "The National Research Center for Liquefaction." Currently, Prof. Hazarika is the chairman of Asian Technical Committee on "Geotechnical Mitigation and Adaptation to Climate Change-induced Geo-disasters in Asia-Pacific Regions" of International Society of Soil Mechanics and Geotechnical Engineering (ISSMGE). He is also Founding President of a general incorporated corporation called GLOSS (Global Society for Smart Geo-Sustainnovation).
Prof. Stuart Haigh is a professor in Geotechnical Engineering at Cambridge University and a fellow of Trinity College. In addition, Prof. Stuart Haigh is Assistant Director of the Schofield Centre. He has a wide range of research interests centered around physical modelling at 1g and utilizing centrifuges and numerical modelling using FE and MPM. His 25 years of experience in developing complex centrifuge experiments includes developing earthquake actuators, high-g robots, and an