Фаридмехр Иман

Старший научный сотрудник кафедры «Строительное производство и теория сооружений»

Hirsch index:

РИНЦ 0

Scopus 12

Web of Science 10

Russian scientific profiles:

ORCID: 0000-0003-3307-3444

Scopus ID: 56082753000

Web of Science ResearcherID: AAL-3594-2020

Articles and monographs:

Artificial Neural Network Levenberg-Marquardt Based Algorithm for Compressive Strength Estimation of Concrete Mixed with Magnetic Salty Water / K.P. Mohammad //Engineered Science.–2023.–Vol. 23

Investigating the fresh and mechanical properties of wood sawdust-modified lightweight geopolymer concrete / N.. Mehdi //Advances in Structural Engineering.–2023.–Vol. 26 No. 7.– P.1287-1306

Mountaineering Team-Based Optimization: A Novel Human-Based Metaheuristic Algorithm / Faridmehr, I. //Mathematics.–2023.–Vol. 11 No. 5

Optimization of Fly Ash—Slag One-Part Geopolymers with Improved Properties / Faridmehr, I. //Materials.–2023.–Vol. 16 No. 6

Performance of partially grouted reinforced masonry walls with bed-joint reinforcement: parametric and optimization investigation / Faridmehr, I. //Archives of Civil and Mechanical Engineering.–2023.–Vol. 24 No. 1

A Review on the Use of Self-Curing Agents and Its Mechanism in High-Performance Cementitious Materials / N.. Hamzah //Buildings.–2022.–Vol. 12 No. 2

Carbonation Depth and Chloride Ion Penetration Properties of Rubberised Concrete Incorporated Ground Blast Furnace Slag / M.. Baghban //Solid State Phenomena.–2022.–Vol. 329.– P.101-108

Faridmehr, I. Novel informational bat-ANN model for predicting punching shear of RC flat slabs without shear reinforcement / I.. Faridmehr, M.. Nehdi, M.. Hajmohammadian Baghban //Engineering Structures.–2022.–Vol. 256

Faridmehr, I. Predicting axial load capacity of CFST columns using machine learning / I.. Faridmehr, M.. Nehdi //Structural Concrete.–2022.–Vol. 23 No. 3.– P.1642-1658

Flexural Behavior of Reinforced Concrete Beams under Instantaneous Loading: Effects of Recycled Ceramic as Cement and Aggregates Replacement / M.. Samadi //Buildings.–2022.–Vol. 12 No. 4

Mechanical Properties of Self-Compacting Lightweight Concrete Containing Organic Waste Ash / M.. Hajmohammadian Baghban //Engineered Science.–2022.–Vol. 20.– P.275-283

Novel hybrid informational model for predicting the creep and shrinkage deflection of reinforced concrete beams containing GGBFS / Faridmehr, I. //Neural Computing and Applications.–2022.–Vol. 34 No. 15.– P.13107-13123

Predicting Crack Width in CFRP-Strengthened RC One-Way Slabs Using Hybrid Grey Wolf Optimizer Neural Network Model / S.. Razavi Tosee //Buildings.–2022.–Vol. 12 No. 11

Seismic Analysis of Baffle-Reinforced Elevated Storage Tank Using Finite Element Method / M.. Baghban //Buildings.–2022.–Vol. 12 No. 5

Smart Bio-Agents-Activated Sustainable Self-Healing Cementitious Materials: An All-Inclusive Overview on Progress, Benefits and Challenges / G.F. Huseien //Sustainability.–2022.–Vol. 14 No. 4

Structure, morphology and compressive strength of Alkali-activated mortars containing waste bottle glass nanoparticles / G.. Fahim Huseien //Construction and Building Materials.–2022.–Vol. 342

Systematic Experimental Assessment of POFA Concrete Incorporating Waste Tire Rubber Aggregate / A.. Mhaya //Polymers.–2022.–Vol. 14 No. 11

Application of Component-Based Mechanical Models and Artificial Intelligence to Bolted Beam-to-Column Connections / Faridmehr, I. //Applied Sciences (Switzerland).–2021.–Vol. 11 No. 5

Assessment of mechanical properties and structural morphology of alkali-activated mortars with industrial waste materials / Faridmehr, I. //Sustainability.–2021.–Vol. 13 No. 4

Evaluating mechanical properties and impact resistance of modified concrete containing ground Blast Furnace slag and discarded rubber tire crumbs / A.. Mhaya //Construction and Building Materials.–2021.–Vol. 295

Gum arabic nanoparticles as green corrosion inhibitor for reinforced concrete exposed to carbon dioxide environment / M.A. Asaad //Materials.–2021.–Vol. 14 No. 24

Hybrid krill herd-ann model for prediction strength and stiffness of bolted connections / Faridmehr, I. //Buildings.–2021.–Vol. 11 No. 6

Life-Cycle Assessment of Alkali-Activated Materials Incorporating Industrial Byproducts / Faridmehr, I. //Materials.–2021.–Vol. 14 No. 9

Marabi, B.. Evaluation of the Efficiency of Single-Outrigger Structural Systems in Tall Buildings / B.. Marabi, S.. Alih, I.. Faridmehr //IOP Conference Series: Earth and Environmental Science.–2021.–Vol. 682 No. 1

Metaheuristic prediction of the compressive strength of environmentally friendly concrete modified with eggshell powder using the hybrid ANN-SFL optimization algorithm / S.. Tosee //Materials.–2021.–Vol. 14 No. 20

Performance Evaluation of Modified Rubberized Concrete Exposed to Aggressive Environments / A.M. Mhaya //Materials.–2021.–Vol. 14 No. 8

Performance of epoxy resin polymer as self-healing cementitious materials agent in mortar / G.F. Huseien //Materials.–2021.–Vol. 14 No. 5

Predicting Embodied Carbon and Cost Effectiveness of Post-Tensioned Slabs Using Novel Hybrid Firefly ANN / Faridmehr, I. //Sustainability.–2021.–Vol. 13 No. 21

Cyclic Behaviour of Fully-Rigid and Semi-Rigid Steel Beam-to-Column Connections / Faridmehr, I. //International Journal of Steel Structures.–2020.–Vol. 20 No. 2.– P.365-385

Faridmehr, I. An overview of progressive collapse behavior of steel beam-to-column connections / I.. Faridmehr, M.H. Baghban //Applied Sciences (Switzerland).–2020.–Vol. 10 No. 17

Faridmehr, I. Evaluation of mechanical and environmental properties of engineered alkali-activated green mortar / I.. Faridmehr, G.F. Huseien, M.H. Baghban //Materials.–2020.–Vol. 13 No. 18

Numerical and physical analysis on the response of a dam's radial gate to extreme loading performance / Faridmehr, I. //Water (Switzerland).–2020.–Vol. 12 No. 9

An overview of the connection classification index / Faridmehr, I. //Advanced Steel Construction.–2019.–Vol. 15 No. 2.– P.145-156

Hydraulic and structural considerations of dam's spillway - a case study of Karkheh Dam, Andimeshk, Iran / Faridmehr, I. //Structural Monitoring and Maintenance.–2019.–Vol. 6 No. 1.– P.1-17