Course Description: This course explores geotechnical advancements in railway soil stabilization, integrating cutting-edge materials, reinforcement techniques, and predictive modeling.
Objectives:
- Understand the geotechnical principles governing railway soil stabilization.
- Assess the effectiveness of chemical stabilization methods.
- Develop hybrid reinforcement strategies combining geosynthetics and natural materials.
- Implement real-time soil behavior monitoring using IoT sensors.
- Utilize AI-driven analytics to predict soil settlement and deformation.
- Optimize railway embankments for heavy-load and high-speed operations.
- Develop solutions for mitigating soil liquefaction risks.
- Evaluate best practices in geotechnical railway infrastructure projects.
- Compare railway stabilization methods for different climate conditions.
- Design a future-proof geotechnical stabilization framework for railway systems.
