دکتر علیرضا باغبانان

دکتر علیرضا باغبانان

bagh110@iut.ac.ir
نشانی دفتر
ايران - اصفهان - دانشگاه صنعتي اصفهان - دانشكده مهندسي معدن
شماره تماس
+98 31 33915128
فکس
+98 31 33912776
پست ها و موقعیت های شغلی و سازمانی
استاد
زمینه های مورد علاقه
مطالعات عددي در سنگهاي شکسته مخازن تركدار (شبکه درز منفصل – مدل المان مجزا)
مطالعات تأثيرات تؤامان در توده سنگ (تأثيرات بيولوژيكي- شيميايي - حرارتي – جريان سيال – مکانيکي).
طراحي فضاهاي زيرزميني و ذخيره سازي سيالات هيدرو كربني
مطالعه پايداري شيروانيهاي سنگي
مطالعه پايداري بلوکهاي سنگي بصورت استاتيکي و ديناميکي
ابزاربندي در سنگها
نوع: Journal
عنوان عنوان کنفرانس Date
Advanced continuous drilling for depth-dependent mechanical properties mapping in graded rocks Results in Engineering
Drilling-Based Rock Strength Estimation: A Validated Model for Mohr-Coulomb and a New Theoretical-Empirical Approach for Hoek-Brown Parameters Results in Engineering
Geometric model Construction of the main discontinuities using the Discrete Fracture Network method, A Case Study of the Pirtaghi dam site, Northern Iran Geopersia
Experimental Investigation of Fracturing Processes Under Compression of Granite Specimens Containing Combined Defects Using DIC and AE Techniques ROCK MECHANICS AND ROCK ENGINEERING
Optimizing Rock Bolt Support for Large Underground Structures Using 3D DFN-DEM Method Geosciences
Three-Dimensional Analysis of Seepage in Fractured Rock Masses and Evaluation of the Accuracy of Empirical Methods for Predicting Permeability in Cutoff Walls: A Case Study of Chamshir Dam Journal of Analytical and Numerical Methods in Mining Engineering
روش هاي تحليلي و عددي در مهندسي معدن
Enhancing the efficiency and sustainability of soil Bio-Cementation improvement using Persian gum Scientific Reports
Three-dimensional finite-volume modelling and laboratory validation of non-Darcy flow in rough rock fractures Results in Engineering
On the efficiency of the modified smooth joint model for simulating shear behavior of rock joints: A comprehensive experimental-numerical study COMPUTERS AND GEOTECHNICS
Precise Replication of Complex Rock Fracture Surfaces Combining 3D Printing, Mold-and-Cast, and Statistical Analysis Indian Geotechnical Journal