Advanced Analytics for Rock Breaking



Advanced workflow for multi-well tracer test analysis in a geothermal reservoir
Bayer, Peter; AKIN, TAYLAN; Akın, Serhat (2022-05-01)
Interpretation of tracer tests in geothermal reservoirs is carried out by fitting the measured data either with simplified two-dimensional (2-D) analytical solutions or with complex numerical models. Available analytical solutions commonly only describe isotropic conditions in 1-D or 2-D, which is generally unsatisfactory to construct realistic reservoir models. Moreover, due to the large spatial and temporal scale of a tracer test in deep reservoirs, the concentration levels measured in the field are relat...
Integrated object tracking framework for range gated camera systems
YAĞCIOĞLU, Mustafa; YELEN, Kuthan; Temizel, Alptekin (2016-04-19)
Range-gated imaging systems are active systems which use a high-power pulsed-light source and control the opening and closing times of the camera shutter in conjunction with the light source. By calculating the arrival time of the reflected light from the object, the camera shutter is opened for a short time period to form an image using the returned light. This allows generating high contrast images of the objects in difficult lighting conditions. On the other hand the object distance needs to be known and...
An Intelligent Clinical Decision Support System for Analyzing Neuromusculoskeletal Disorders
Sen Koektas, Nigar; Yalabik, Nese; Yavuzer, Gunes (2008-06-01)
This study presents a clinical decision support system for detecting and further analyzing neuromusculoskeletal disorders using both clinical and gait data. The system is composed of a database storing disease characteristics, symptoms and gait data of the subjects, a combined pattern classifier that processes the data and user friendly interfaces. Data is mainly obtained through Computerized Gait Analysis, which can be defined as numerical representation of the mechanical measurements of human walking patt...
Advanced motion command generation paradigms for CNC systems/
Yaman, Ulaş; Dölen, Melik; Department of Mechanical Engineering (2014)
A novel motion command generation paradigm for digital motion control systems is developed with in the scope of this dissertation. In the paradigm, the tool trajectory is firstly defined with the developed programming language on a host computer and then transferred to the machine with different communication protocols. The language proposed is capable of decompressing the previously compressed motion data via ΔY10 decompression algorithm and generating curve offsets of the base curve in inner and outer dir...
An online intelligent algorithm pipeline for the elimination of springback effect during sheet metal bending
Dilan, Rasim Aşkın; Balkan, Raif Tuna; Platin, Bülent Emre (Elsevier BV; 2017-10-02)
An intelligent control algorithm pipeline is proposed to eliminate the effects of variation of physical properties of sheet metals on bending. This pipeline can be applied to any conventional press brake without the necessity of additional sensors and/or equipment. The overall pipeline is capable of extracting features representing sheet metal during bending in an online manner, classifying it accordingly, running a neural network model specific to the classified material, and calculating the correct punch ...
Citation Formats
M. Erkayaoğlu, Advanced Analytics for Rock Breaking. 2022.