Dr. Mohammad Hossein Golmohammadi

Dr. Mohammad Hossein Golmohammadi

m.golmohammadi@iut.ac.ir
Office
Isfahan University of Technology (IUT), Department of Civil Engineering, Office No. 313
Phone
+98 313 3913853
Fax
+98 313 3912700
Positions
Associate Professor, Department of Civil Engineering
Research Interests
Integrated Water Resources Planning and Management
Performance Criteria and Sustainability Index
Hydrological Time Series Modeling
Soft Computing
Natural Crises Management
type: Conference
Title Conference / Journal Date
تحليل شكست در شبكه آبرساني و تعيين اولويت بندي اصلاح و بازسازي لوله ها با تكيه بر مدل تصميم گيري بهترين-بدترين،منطق فازي و نتايج مدل هيدروليكيWaterGEMS 3rd National Conference on Water Quality Management and 5th National Conference on Water Consumption Management with with Loss Reduction and Reuse Approach
سومين همايش ملي مديريت كيفيت آب و پنجمين همايش ملي مديريت مصرف آب با رويكرد كاهش هدررفت و بازيافت
تلفيق روش آبياري شارژ ثابت فرانسوي با روش آبياري سنتي ايراني به منظور كنترل موثر نوسانات، توزيع عادلانه آب و رضايت آب بران شبكه آبياري و زهكشي رودشتين، اصفهان
مقايسه مدلهاي يادگيري ماشين براي تخمين تبخير و تعرق پتانسيل با استفاده از داده هاي ماهواره اي و زميني
Rainfall-Runoff Modeling and Analysis under CMIP6 Scenarios by ANFIS; Case Study: Zayandehrud River
type: Journal
Title Conference / Journal Date
A health index for surface water resources during drought: an automated fuzzy-based performance criteria approach Applied Water Science
Nitrate pollution in urban runoff: A comprehensive risk assessment for human and ecological health SCIENCE OF THE TOTAL ENVIRONMENT
A hybrid vine copula-fuzzy model for groundwater level simulation under uncertainty ENVIRONMENTAL MONITORING AND ASSESSMENT
Risk analysis of inflow to the Zayandehrud Dam under historical and future scenarios using reliability, resiliency, and vulnerability indicators: a comparative study of the runoff risk index and runoff risk ranking methods Water Reuse
A Novel Fuzzified Markov Chain Approach to Model Monthly River Discharge WATER RESOURCES MANAGEMENT
A signaling game model for evaluating water allocation competitiveness with information asymmetry environment, case study: Zayandehrud River Basin, Iran