01 de Junio de 2023
CAMSIG XXVI Conferencista confirmado Conferencia Temática: Caracterización experimental y modelización del comportamiento de rocas para sistemas de almacenamiento profundo de energía El Dr. Philip BRAUN se desempeña como investigador en el Laboratorio de la Ecole des Ponts ParisTech. Su foco de investigación se relaciona a la geomecánica de rocas para el almacenamiento profundo de energía, […]
LEER
19 de Mayo de 2023
CAMSIG XXVI Conferencista confirmado El Dr. Alejo SFRISO es un experto ingeniero geotécnico con más de 30 años de experiencia en la aplicación de métodos numéricos para el diseño, análisis y evaluación de riesgo de construcciones geotécnicas.Ha realizado proyectos en más de 25 países y publicado más de 100artículos sobre su campo de especialización.Es profesor […]
LEEROrador: Prof. Zhong-qi Quentin YUE – Universidad de Hong Kong
Organizador: ISRM
Curso: Gratuito
Modalidad: Virtual
Temario:
Part A – Understanding landslides in rock mass (four lectures)
Part B – Methods for quantifying rock mass (eight lectures)
Part C – Methods for landslide potential of rock mass (five lectures)
Part D – Measures for preventing landslides in rock mass (seven lectures)
Part A – Understanding landslides in rock mass
Lecture A1 – Introduction of Landslides in Rock Masses
Lecture A2 – Case Study of Landslide in Rock Mass
Lecture A3 – Case Study of Landslide in Rock Mass due to Water
Lecture A4 – Case Study of Landslide in Rock Mass due to Gas
Part B – Methods for Quantifying Rock Mass
Lecture B1 – Method for Quantifying Discontinuities of Rock Mass
Lecture B2 – Method for Quantifying Degrees of Rock Weathering to Soil
Lecture B3 – Drilling Method for Quantifying Rock Mass in Ground
Lecture B4 – Laboratory Test Method For Quantifying Rock Strenght
Lecture B5 – Penetration Method For Quantifying Weathered Rock Mass in Ground
Lecture B6 – SPT Monitor for Quantifying Weathered Rock Mass in Ground
Lecture B7 – DPT Technique for Quantifying Weathered Rock Mass in Ground
Lecture B8 – Method for Quantifying Groundwater in Weathered Rock Mass
Part C – Methods for Landslide Potential of Rock Mass
Lecture C1 – Understanding Landslide Potential of Vertical Rock Mass Slope
Lecture C2 – Mechanical Model for Landslide Potential Controlled by Discontinuity
Lecture C3 – Stereonet for Landslide Potential Controlled by Discontinuity
Lecture C4 – Mechanical Model for Landslide Potential controlled by Weathered Rock Mass
Lecture C5 – Slice Method for Landslide Potential Controlled by Weathered Rock Mass
Part D – Measures for preventing Landslides in Rock Mass
Lecture D1 – Stabilization Measures against landslide controlled by Discontinuity
Lecture D2 – Measures against landslide Controlled by Weathered Rock Mass
Lecture D3 – Soil Nail against Landslide Controlled by Weathered Rock Mass
Lecture D4 – Drainage against Landslide Controlled by surface Water
Lecture D5 – Observational method against landslide in Rock Mass
Lecture D6 – DPM +DTH Hammer Drilling for Quantifying Weathered rock Mass
Lecture D7 – Case Study of Landslide Prevention in Rock Mass
El curso se encuentra disponible en la web de la ISRM puede acceder desde aquí
