18 de Septiembre de 2023
CAMSIG XXVI Compartimos algunas fotos de lo que fue el XXVI CAMSIG en Comodoro Rivadavia. Muchas gracias a todos por haber participado, ¡hasta el próximo CAMSIG! Mientras transcurría el congreso, un deslizamiento del cerro Chenque dejó a Comodo Rivadavia sin comunicación por ruta nacional 3 debido al corte total producido en la zona fallada. A continuación […]
LEER
03 de Septiembre de 2023
CAMSIG XXVI Inauguración La fecha y hora de la inauguración es el miércoles 30 a las 19 hs. en el Centro Cultural con autoridades invitadas.Contamos con casi 190 participantes, con solo un 10% virtuales. Participantes y conferencistas de diversos países: Argentina, Uruguay, Perú, Panamá, Brasil, España, Francia, Alemania.¡Feliz comienzo de CAMSIG a todos! Otras instituciones […]
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
