Conferences

  1. H. Divanedari, H. Eskandari-Naddaf. (2019). Effect of Nano- and Micro silica on compressive and bond strength in saline environments: An experimental and microstructural study. 5th National and 1th International Conference On Cement Industry and Oncoming Horizon, Tehran/Iran. (PDF)
  2. M. Kooshkaki, H. Eskandari-Naddaf. (2019). Investigating the synergistic effect of Nano and Micro silica on porosity of cement mortar by FE-SEM image analysis.  5th National and 1th International Conference On Cement Industry and Oncoming Horizon, Tehran/Iran. (PDF)
  3. A. Mirzaei Ajdad, H. Eskandari-Naddaf. (2019). Application of fuzzy logic in the prediction of compressive strength of cement mortar containing nano and micro silica.  5th National and 1th International Conference On Cement Industry and Oncoming Horizon, Tehran/Iran. (PDF)
  4. H. Eskandari-Naddaf, A. Izadi-Kia. (2019). Influence of shape and distribution of aggregate on failure parameters in inter-scale limited modeling mortar. 5th National and 1th International Conference On Cement Industry and Oncoming Horizon, Tehran/Iran. (PDF)
  5. B. Nezam-Doust, AA. Sadeghi, H. Eskandari-Naddaf. (2019). Influence of Random Distribution of Aggregates on Compressive Behavior of Concrete Based on Numerical Simulation Monte-Carlo. 5th National and 1th International Conference On Cement Industry and Oncoming Horizon, Tehran/Iran. (PDF)
  6. H. Eskandari-Naddaf, S. Amir-Khani, (2018). Effect of aggregate shape on plastic damage behavior of cement mortars under compressive and tensile loads. 3rd.International Conference & 4th.National Conference on Civil Engineering, Architecture and Urban Design. (PDF)
  7. M. Azimi-Pour, H. Eskandari-Naddaf. (2018). Influence of Normal concentration and flowability on Design and Prediction of Compressive Strength of Ferro-Cement Mortar. Third International Conference and Seventh National Conference New materials and structures in civil engineering. (PDF)
  8. SA. Emamian, H. Eskandari-Naddaf. (2019). Effect of Micro and Nano silica as supplementary cementitious materials on mechanical properties of cement mortar. 5th National and 1th International Conference On Cement Industry and Oncoming Horizon, Tehran/Iran. (PDF)
  9. SA. Emamian, H. Eskandari-Naddaf. (2019). Application of genetic algorithm to predict mechanical properties of Cement mortars contain micro and nano silica. Third International Conference on Soft Computing (PDF)
  10. H. Eskandari-Naddaf, VR. Maskani. (2018). Stress and strain distribution modeling in concrete pullout test. 3rd International Conference on New Findings of Iranian Architecture and Construction Industry. (PDF)
  11. SA. Jouyandeh, M. Lezgi-Nazargah, H. Eskandari-Naddaf. (2019). A Review of the Applications of the Support Vector Machine Method in Civil Engineering. 6th National Conference on Civil Engineering, Architecture and Sustainable Development. (PDF)
  12. SA. Jouyandeh, M. Lezgi-Nazargah, H. Eskandari-Naddaf. (2019). Comparison between radial, polynomial, linear and sigmoid regression kernels support vector. 6th National Conference on Civil Engineering, Architecture and Sustainable Development. (PDF)
  13. M. Ghaemi-Fard, Hamid Eskandari-Naddaf,G-R Ebrahimi (2017)Investigation of mechanical properties and fracture surfaces of cement mortars with different cement strength class,  International conference on Civil Engineering, Architecture & Urban Development. (PDF)
  14. Hamid Eskandari-Naddaf, Bashtani (2017) “Optimization of compressive strength of cement mortar by controlling the chemical parameter of nano silica by the Taguchi statistical method” 4th International Conference on Applied Research in Chemistry science and biology (PDF)
  15. Hamid Eskandari-Naddaf, Zahiri, Darghadami(2017) Optimization of compressive strength of concrete containing Nano silica and polypropylene fibers and variable water to cement ratio using edge design, 4th International Conference on Applied Research in Chemistry science and biology (PDF)
  16. Hamid Eskandari-Naddaf, Milad Aram (2017) Studying the Compressive Strength and Crack Growth Pattern in Samples Reinforced with Polymer and Macrosynthetic Fibers, International Conference on Contemporary Iran in Civil Engineering , Architecture and Urban Development (PDF)
  17. Hamid Eskandari-Naddaf, M. Zareh-Parvar (2017) Application of Taguchi method for mechanical properties of concrete containing fibers,International Conference on Contemporary Iran in Civil Engineering , Architecture and Urban Development (PDF)
  18. Hamid Eskandari-Naddaf, A. Khalvti (2017) Systems engineering method in effective Factors on Compressive Strength of Cement Mortar Using Response Surface, 3th International Conference on Industrial and Systems Engineering (PDF)
  19. Hamid Eskandari-Naddaf, Jannat-Parast (2017) Mechanical Properties of DPCC using Mixture Method, 2th international confrence on Civil engineering architecture and crisis managment (PDF)
  20. H Eskandari, M. Shariat, M. Sadeghian. (2016). Optimization methods of rectangular concrete beams. 3th International Conference on Recent Innovations in Civil Engineering, Architecture & Urban Planning, Tehran, Iran. (PDF)
  21. H Eskandari, E. S. Hosseini. (2015). Corrosion behavior of rebars in concrete containing micro-silica and air entraining using TOEFL test. 3th International Conference on Applied Research in Civil Engineering, Architecture & Urban Management, Tehran, Iran. (PDF)
  22. H Eskandari, M. Tayebinia, M. Shariat. (2015). Analysis of shear strength and modeling of concrete deep beams. 3th International Conference on Applied Research in Civil Engineering, Architecture & Urban Management, Tehran, Iran. (PDF)
  23. H Eskandari, S. Amiri Mendi. (2015). Investigation of freeze and thaw effects on compressive strength and wight of concrete. 3rd. International Congress on Civil Engineering, Architecture & Urban Development, Tehran, Iran. (PDF)
  24. H Eskandari, M. Tayebinia, M. Sharifi. (2015). Effects of NaCl on cement with 325 strength grade. 3rd. International Congress on Civil Engineering, Architecture & Urban Development, Tehran, Iran. (PDF)
  25. H Eskandari, M. Tayebinia, M. Shariat. (2015). Analysis of shear strength and modeling of concrete deep beams. 3th International Conference on Applied Research in Civil Engineering, Architecture & Urban Management, Tehran, Iran. (PDF)
  26. H Eskandari, T Korouzhdeh. (2014). Cost Optimization Analysis of Composite Beam. 4th International Conference on Composites: Characterization, Fabrication, and Application (CCFA-4), Tehran, Iran. (PDF)
  27. A Ziaei Nia, H Eskandari. (2014). A basic finite element model for study of freeze and thaw in concrete curb. Concrete national conference. (PDF)
  28. H. Eskandari and A. Madadi. (2014). Design and Construction of Ferrocement Lightweight Concrete Structures. 6th Concrete National Conference, Tehran, Iran. (PDF)
  29. H. Eskandari and A. Pakzad. (2014). Foundation Analyzing of Centrifugal ID Fan Cement Plants with FEM Method. 6th Concrete National Conference, Tehran, Iran. (PDF)
  30. H. Eskandari and M. Azimi Pour. (2014). Design and prediction of ferrocement mortar compressive strength. 6th Concrete National Conference, Tehran, Iran. (PDF)
  31. M Dezhangah, H Eskandari. (2014). Modeling cylindrical concrete columns reinforced with rebar and wrapping of glass fiber polymer (GFRP). 6th Concrete National Conference, Tehran, Iran. (PDF)
  32. A Hejazian, H Eskandari. (2014). Design and repair of concrete structures with corrosion caused by chloride. 6th Concrete National Conference, Tehran, Iran. (PDF)
  33. M. Nematinezhad, H. Eskandari (2014). Linear and nonlinear static and dynamic design of high concrete structures.  6th Concrete National Conference, Tehran, Iran. (PDF)
  34. M Azimi Pour, H Eskandari. (2014). Optimization investigation and modeling of ferrocement mix design. Architecture, Civil Engineering and Urban Development Conference, Tabriz, Iran. (PDF)
  35. H. Eskandari and A. Madadi, (2014). Ferrocement technology and its application in urban development. Architecture, Civil Engineering and Urban Development Conference, Tabriz, Iran. (PDF)
  36. H. Eskandari and A. Pakzad, (2014). Optimization Methods in concrete mix design (Persian). Architecture, Civil Engineering and Urban Development Conference, Tabriz, Iran. (PDF)
  37. H. Eskandari and A. Ziaei Nia, (2014). Application of dynamic optimization in safe design of tanks (Persian). Architecture, Civil Engineering and Urban Development Conference, Tabriz, Iran. (PDF)
  38. H. Eskandari and M. Heydari, (2014). Application of concrete septic tank in reducing the damages of crises. Architecture, Civil Engineering and Urban Development Conference, Tabriz, Iran. (PDF)
  39. H Eskandari, A Pakzad, A Amiri, R Sadati. (2014). Finite element analysis of ID fan foundation on various modulus of elasticity concrete. Cement Magazine (Persian)-ISSN 1735-4390 1 (200), 61. (PDF)
  40. H. Eskandari, A. Davoodi, A. Ghanei. (2014). Effects of air entraining and micro silica on corrosion of reinforced concrete” The first International conference on sustainable urban structure, Tehran,Iran. (PDF)
  41. H. Eskandari,  A. Pakzad. (2014). Mix Design Optimization of Self Consolidating Concrete Using Simplex Lattice. The first International conference on sustainable urban structure, Tehran, Iran. (PDF)
  42. H. Eskandari,  A. Ziaei Nia. (2014). Dynamic optimization of HPC in concrete structures of passive defense. The first International conference on sustainable urban structure, Tehran, Iran. (PDF)
  43. H. Eskandari,  E. S. Hosseini. (2014). Corrosion optimization in reinforced concrete. The first International conference on sustainable urban structure, Tehran, Iran. (PDF)
  44. H. Eskandari,  S. Morshedi Torbati. (2014). Application and production of dry-presses concrete curbs. The first International conference on sustainable urban structure, Tehran, Iran. (PDF)
  45. H. Eskandari,  A. Pakzad. (2014). Analyzing and Retrofitting Design of Corrosion Damages in Concrete Structure. 1st National Conference on Architecture, Civil engineering & Urban environment, Hamedan, Iran. (PDF)
  46. H. Eskandari,  A. Pakzad. (2014). Compressive Strength Formulating of HPC. National Conference on Civil and Architecture engineering & Urban Sustainable Management, Gorgan, Iran. (PDF)
  47. S Muralidhara, H Eskandari, BKR Prasad, RK Singh. (2011). b-value of plain concrete beams based on AE Quanta. Experimental Mechanics on Emerging Energy Systems and Materials, Volume 5, 81-93. (PDF)
  48. HE Naddaf, (2010). Fracture Characteristics Of Self Consolidating Concrete, G22894. (PDF)
  49. BVVR Hamid Eskandari, S. Muralidhara, B K Raghu Prasad, (2010), Relationship between GF and Gf for self consolidating concrete. Framcos 8, Korea. (PDF)
  50. BLK S. Muralidhara, B. K. Raghu Prasad, Hamid Eskandari, (2009). True fracture energy and process zone of plain concrete from AE data, IMECE2009-13333, International Mechanical Engineering Congress, in Florida.USA. (PDF)
  51. BVVR Hamid Eskandari, S. Muralidhara, B K Raghu Prasad. (2009). Nano-micro fracture using moment tensor based on AE, IMECE2009-13332, International Mechanical Engineering Congress, in Florida.USA. (PDF)
  52. H Eskandari, RBK Prasad, S Muralidhara, VBV Reddy, (2009). AE Studies on Non-Micro Fracture using Moment Tensor in Solid Mechanics, IMECE2008-66306, International Mechanical Engineering Congress, October 31. (PDF)
  53. S Muralidhara, H Eskandari, RBK Prasad. (2008). Utilising AE sensor Peak Energy to estimate fracture process zone size in plain concrete beams, Proceedings of IQCICF, IISc, Bangalore, India, pp 61-64. (PDF)
  54. AR Khaloo, H Eskandari. (2004). Regulations for Use of Concrete in Oil Industry. 1st National Conference in Civil Eng., 7p. (PDF)