#TITLE_ALTERNATIVE#

• Main Author: FATTAH ADZANI (NIM :15111047); Tim Dosen ; Dr. Irwan Gumilar, S.T., M.Si. :Dr. Ir. Vera Sadarvi, ALIF
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/19858
• Institution: Institut Teknologi Bandung

Landslide is a mass movement of soil, rocks, and another organic materials which have a detructive characteristics. To reduce the potential loss as a result from disaster is begin with identification of characteristics deformation of landslide which approximate from displacement vector of landslide. The study area is a high-vulnerability disaster area which located in Pondok Datar Village, Rancabali District. The focus of the study estimate the horizontal, vertical, three-dimensional, and direction of movement of landslide which represented by a monitoring point movement obtained from robotic total station and the 3D deformation model obtained from terrestrial laser scanner. The result give information that 3D deformation model represent the average deformation value about 1.2 milimeters with maximum value is about 11-18 milimeters and displacement vector noted that average value of horizontal displacement is 10.5 milimeters, vertical displacement is -1.8 milimeters and three-dimensional displacement is 16 milimeters with direction of displacement is move to north and north-west and south-east and south.