Landslide Stability Analysis

Unlock the Power of Software for Geotecnical Stability Analysis

What you'll learn

General Definition and Type of Landslide

Landslide Modelling Approach and Parameters to use in different type of Landslide

Landslide Slope Stability Analysis in Soil : Static and Dynamic Condition

Landslide Slope Stability Analysis in Rocks : Static and Dynamic Condition

Requirements

Basic Knolodge of Geology

Geotecnics

Description

Landslide stability analysis is a crucial step in geotechnical engineering, aimed at evaluating the safety and reliability of natural or man-made slopes. Scoope software is a widely used tool that provides engineers and geologists with an efficient way to assess slope stability under varying geological and hydrological conditions. The software applies limit equilibrium methods to calculate the factor of safety (FoS) for different potential slip surfaces, enabling users to identify the most critical failure mechanism.Scoope allows the modeling of soil and rock slopes, embankments, and excavations, incorporating parameters such as cohesion, friction angle, pore water pressure, and unit weight. By simulating groundwater conditions, surcharge loads, and seismic effects, it helps in understanding how different external factors influence slope performance. The program supports circular, non-circular, and composite slip surface analyses, offering both rapid assessments and detailed investigations.With its user-friendly interface, Scoope provides graphical outputs, including slip surface geometry, safety factors, and failure zones, which assist in decision-making for slope reinforcement and hazard mitigation. Overall, landslide stability analysis using Scoope software is an essential process for ensuring slope safety, reducing risks to infrastructure, and protecting human lives in landslide-prone areas. You will discover the concept and application to calculate safty factor and analysis in undreanaded condition and seismic condition.

Overview

Section 1: Introduction

Lecture 1 General Definition and Type of Landslide

Section 2: Landslide Modelling Approach and Parameters to use in different type Landslide

Lecture 2 Geotecnical Parameters to analyze different type's Landslide

Section 3: Introduction to Scoope 3D Software

Lecture 3 Introduction to Scoope 3D Software

Section 4: Plaxis Overview and Application to soil and rocks landslide

Lecture 4 Plaxis Overview and Application to soil and rocks landslide

Section 5: Landslide Slope Stability Analysis in Soil : Static and Dynamic Condition

Lecture 5 Landslide Slope Stability Analysis in Soil : Static Condition

Lecture 6 Pseudostatic Method Approch: a simplify Method to Simulate Dynamic Condition

Lecture 7 Landslide Slope Stability Analysis in Soil : Dynamic Condition

Section 6: Landslide Slope Stability Analysis in Rocks : Static

Lecture 8 Landslide Slope Stability Analysis in Rocks : a Plaxis Analysis Exemple

Lecture 9 Landslide Slope Stability Analysis in Rocks Material : general way

Lecture 10 Landslide Stability Analysis in Rock Material with Plaxis

Section 7: Landslide Prediction

Lecture 11 Landslide Prediction Method

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