International Conference on Stabilized Earth Roads ICSER on November 27-28, 2025 in Singapore, Singapore

Stabilized Road Construction
Stabilized Road Construction Methods
Physical and Chemical Aspects of Soil Stabilization
Soil Physics
Physical Characteristics of Soil
Soil Classification
Testing of Stabilized Soils
Interactions of Soil Components

Mechanical Soil Stabilization
Void Conditions of Particle Aggregates
Aggregates Consisting of Equal Spheres
Two- and Three-Component Grain Assemblies
Determination of the Mixing Ratio
Atterberg Limits of Soil Mixtures
Soil Mixture Behavior with Water Effects

Stabilization with Cement
Interaction between Cement and Soil
Properties of Cement-Treated Soils
Strength Characteristics and Deformation Characteristics
Plasticity and Volume change
Optimum Water Content of Compaction and Maximum Dry Density
Effects of Construction Process and of Additives on the Properties of Cement-Treated Soils
Design and Testing of Soil-Cement Mixtures
Examination of the Soil-Cement Components
Determination of the Required Cement Content
Determination of the Cement Content of the Stabilized Mixture

Stabilization with Lime
Physical and Chemical Effects of Lime
Effect of Lime on the Physical Properties of the Soil
Effect of Various Additives
Design of Soil-Lime Mixtures
Stabilization with Bitumen and Tar

Stabilization with Bitumen
Physico-Chemical and Mechanical Aspects of Stabilization
Properties of Bitumen-Stabilized Soils
The Effect of Additives on Bitumen-Stabilized Soils
Design of Bituminous Mixtures
Stabilization with Tar

Chemical Soil Stabilization
Chemical Soil-Stabilization Methods
Soil Stabilization with Chlorides
Stabilization with Phosphoric Acid
Natural and Synthetic Polymers

Polymer-Stabilization Types
Stabilization with Resins
Stabilization with Calcium Acrylate
Stabilization with Aniline Furfural
Stabilization with Sulphite Liquor
Stabilization with Other Synthetic Resins
Soil Treatment with RRP

Design of Stabilized Earth Roads
Fields of Application of the Various Stabilization Methods
Effect of Climatic Factors on Design
Engineering Characteristics of Stabilized Earth Roads

Pavement Design
Stabilized Earth-Road Destruction
Pavement and Subsoil Strength Control
Deflection of Soil-Cement Pavements
Thickness of Mechanical Soil Stabilization
Wheel-Rut Formation

Construction of Stabilized Earth Roads