faculty391069en

activity_title	startedAt	endedAt
Performance Based Design of Structures	(not set)	(not set)
Computer Applications in Civil Engineering	(not set)	(not set)
Dynamics	(not set)	(not set)
Soil Dynamics	(not set)	(not set)
Statics	(not set)	(not set)
High Rise Structures	(not set)	(not set)
Earthquake Engineering for Architects	(not set)	(not set)
Seminar and Research Methods	(not set)	(not set)
Technical English	(not set)	(not set)
Principles of Earthquake Engineering and Wind	(not set)	(not set)
Seismology and earthquake Engineering	(not set)	(not set)
Structural Analysis II	(not set)	(not set)

activity_title	startedAt	endedAt
A force-resisting rotary friction damper (RFD): Verification and Comparison with traditional RFD	01 January 2022	(not set)
Study on the shear behavior of concrete-encased composite plate shear wall by experiment and finite element analysis	01 January 2022	(not set)
The investigation of the dynamic parameters of mega-sub controlled structural system with an emphasis on the effect of long-period ground motion	01 January 2022	(not set)
A low-cost isolator of scrap tire pads in rural construction: Evaluation of the mechanical properties and numerical assessment of the response control effects	01 January 2022	(not set)
In-Plane Cyclic Response of Isolated Masonry Infill Walls using Polymeric Materials at the surrounding steel frames interface	01 January 2022	(not set)
A force-resisting rotary friction damper (RFD): Verification and Comparison with traditional RFD	01 January 2022	(not set)
Study on the shear behavior of concrete-encased composite plate shear wall by experiment and finite element analysis	01 January 2022	(not set)
The investigation of the dynamic parameters of mega-sub controlled structural system with an emphasis on the effect of long-period ground motion	01 January 2022	(not set)
A low-cost isolator of scrap tire pads in rural construction: Evaluation of the mechanical properties and numerical assessment of the response control effects	01 January 2022	(not set)
In-Plane Cyclic Response of Isolated Masonry Infill Walls using Polymeric Materials at the surrounding steel frames interface	01 January 2022	(not set)
A force-resisting rotary friction damper (RFD): Verification and Comparison with traditional RFD	01 January 2022	(not set)
Study on the shear behavior of concrete-encased composite plate shear wall by experiment and finite element analysis	01 January 2022	(not set)
The investigation of the dynamic parameters of mega-sub controlled structural system with an emphasis on the effect of long-period ground motion	01 January 2022	(not set)
A low-cost isolator of scrap tire pads in rural construction: Evaluation of the mechanical properties and numerical assessment of the response control effects	01 January 2022	(not set)
In-Plane Cyclic Response of Isolated Masonry Infill Walls using Polymeric Materials at the surrounding steel frames interface	01 January 2022	(not set)
A force-resisting rotary friction damper (RFD): Verification and Comparison with traditional RFD	01 January 2022	(not set)
Study on the shear behavior of concrete-encased composite plate shear wall by experiment and finite element analysis	01 January 2022	(not set)
The investigation of the dynamic parameters of mega-sub controlled structural system with an emphasis on the effect of long-period ground motion	01 January 2022	(not set)
A low-cost isolator of scrap tire pads in rural construction: Evaluation of the mechanical properties and numerical assessment of the response control effects	01 January 2022	(not set)
In-Plane Cyclic Response of Isolated Masonry Infill Walls using Polymeric Materials at the surrounding steel frames interface	01 January 2022	(not set)

Papers in Journals

1. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،Effective Residual Capacity (ERC) damage index: An improvement to a pushover-based assessment for steel and RC MRFs considering higher mode effects،Structures،2025.
2. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،Effective Residual Capacity (ERC) damage index: An improvement to a pushover-based assessment for steel and RC MRFs considering higher mode effects،Structures،2025.
3. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،Effective Residual Capacity (ERC) damage index: An improvement to a pushover-based assessment for steel and RC MRFs considering higher mode effects،Structures،2025.
4. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،Effective Residual Capacity (ERC) damage index: An improvement to a pushover-based assessment for steel and RC MRFs considering higher mode effects،Structures،2025.
5. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،Effective Residual Capacity (ERC) damage index: An improvement to a pushover-based assessment for steel and RC MRFs considering higher mode effects،Structures،2025.
6. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،Effective Residual Capacity (ERC) damage index: An improvement to a pushover-based assessment for steel and RC MRFs considering higher mode effects،Structures،2025.
7. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،A new global damage index for steel moment resisting frames based on two steps pushover analyses،Structures،2024.
8. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،A new global damage index for steel moment resisting frames based on two steps pushover analyses،Structures،2024.
9. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،A new global damage index for steel moment resisting frames based on two steps pushover analyses،Structures،2024.
10. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،A new global damage index for steel moment resisting frames based on two steps pushover analyses،Structures،2024.
11. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،A new global damage index for steel moment resisting frames based on two steps pushover analyses،Structures،2024.
12. Keyvan Jafari, Hamed Hamidi, Reza Soleimani،A new global damage index for steel moment resisting frames based on two steps pushover analyses،Structures،2024.
13. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Development of inelastic displacement ratio using constant energy-based performance damage index for performance-based design،Bulletin of Earthquake Engineering،2023.
14. Hamed Hamidi, Reza Soleimani،Extending substitute frame model as a rapid supersede for moment frames and X-braced structures in seismic response estimations،Structures،2023.
15. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Development of inelastic displacement ratio using constant energy-based performance damage index for performance-based design،Bulletin of Earthquake Engineering،2023.
16. Hamed Hamidi, Reza Soleimani،Extending substitute frame model as a rapid supersede for moment frames and X-braced structures in seismic response estimations،Structures،2023.
17. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Development of inelastic displacement ratio using constant energy-based performance damage index for performance-based design،Bulletin of Earthquake Engineering،2023.
18. Hamed Hamidi, Reza Soleimani،Extending substitute frame model as a rapid supersede for moment frames and X-braced structures in seismic response estimations،Structures،2023.
19. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Development of inelastic displacement ratio using constant energy-based performance damage index for performance-based design،Bulletin of Earthquake Engineering،2023.
20. Hamed Hamidi, Reza Soleimani،Extending substitute frame model as a rapid supersede for moment frames and X-braced structures in seismic response estimations،Structures،2023.
21. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Development of inelastic displacement ratio using constant energy-based performance damage index for performance-based design،Bulletin of Earthquake Engineering،2023.
22. Hamed Hamidi, Reza Soleimani،Extending substitute frame model as a rapid supersede for moment frames and X-braced structures in seismic response estimations،Structures،2023.
23. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Development of inelastic displacement ratio using constant energy-based performance damage index for performance-based design،Bulletin of Earthquake Engineering،2023.
24. Hamed Hamidi, Reza Soleimani،Extending substitute frame model as a rapid supersede for moment frames and X-braced structures in seismic response estimations،Structures،2023.
25. Reza Soleimani, Hamed Hamidi, Horr Khosravi،On advantages of the "Substitute Frame" model for incremental dynamic analysis: Integration of speed and accuracy،Structures،2022.
26. Shakiba Monfaredi, Hamed Hamidi, Horr Khosravi،Characterization of site location versus the causative fault in seismic demands of structures،Structures،2022.
27. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Hamid Rajabnejad, Seyed Abolfazl Naseri, Javad Vaseghi Amiri،Nonlinear Vibration Control of Adjacent Steel MRF Structures Using Non-velocity Dependent Dampers Subjected to Various Seismic Excitations،International Journal of Steel Structures،2022.
28. Seid masoud Tahaie shiadeh, Hamed Hamidi, Javad Vaseghi Amiri،Inelastic Seismic Demand of Steel-Plate Shear Wall Structures: Emphasis on the PTD Effect،International Journal of Civil Engineering،2022.
29. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Javad Vaseghi Amiri،On seismic response reduction of adjacent frames: Emphasis on the different characteristics of earthquakes،International Journal of Civil Engineering،2022.
30. Reza Soleimani, Hamed Hamidi, Horr Khosravi،On advantages of the "Substitute Frame" model for incremental dynamic analysis: Integration of speed and accuracy،Structures،2022.
31. Shakiba Monfaredi, Hamed Hamidi, Horr Khosravi،Characterization of site location versus the causative fault in seismic demands of structures،Structures،2022.
32. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Hamid Rajabnejad, Seyed Abolfazl Naseri, Javad Vaseghi Amiri،Nonlinear Vibration Control of Adjacent Steel MRF Structures Using Non-velocity Dependent Dampers Subjected to Various Seismic Excitations،International Journal of Steel Structures،2022.
33. Seid masoud Tahaie shiadeh, Hamed Hamidi, Javad Vaseghi Amiri،Inelastic Seismic Demand of Steel-Plate Shear Wall Structures: Emphasis on the PTD Effect،International Journal of Civil Engineering،2022.
34. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Javad Vaseghi Amiri،On seismic response reduction of adjacent frames: Emphasis on the different characteristics of earthquakes،International Journal of Civil Engineering،2022.
35. Reza Soleimani, Hamed Hamidi, Horr Khosravi،On advantages of the "Substitute Frame" model for incremental dynamic analysis: Integration of speed and accuracy،Structures،2022.
36. Shakiba Monfaredi, Hamed Hamidi, Horr Khosravi،Characterization of site location versus the causative fault in seismic demands of structures،Structures،2022.
37. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Hamid Rajabnejad, Seyed Abolfazl Naseri, Javad Vaseghi Amiri،Nonlinear Vibration Control of Adjacent Steel MRF Structures Using Non-velocity Dependent Dampers Subjected to Various Seismic Excitations،International Journal of Steel Structures،2022.
38. Seid masoud Tahaie shiadeh, Hamed Hamidi, Javad Vaseghi Amiri،Inelastic Seismic Demand of Steel-Plate Shear Wall Structures: Emphasis on the PTD Effect،International Journal of Civil Engineering،2022.
39. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Javad Vaseghi Amiri،On seismic response reduction of adjacent frames: Emphasis on the different characteristics of earthquakes،International Journal of Civil Engineering،2022.
40. Reza Soleimani, Hamed Hamidi, Horr Khosravi،On advantages of the "Substitute Frame" model for incremental dynamic analysis: Integration of speed and accuracy،Structures،2022.
41. Shakiba Monfaredi, Hamed Hamidi, Horr Khosravi،Characterization of site location versus the causative fault in seismic demands of structures،Structures،2022.
42. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Hamid Rajabnejad, Seyed Abolfazl Naseri, Javad Vaseghi Amiri،Nonlinear Vibration Control of Adjacent Steel MRF Structures Using Non-velocity Dependent Dampers Subjected to Various Seismic Excitations،International Journal of Steel Structures،2022.
43. Seid masoud Tahaie shiadeh, Hamed Hamidi, Javad Vaseghi Amiri،Inelastic Seismic Demand of Steel-Plate Shear Wall Structures: Emphasis on the PTD Effect،International Journal of Civil Engineering،2022.
44. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Javad Vaseghi Amiri،On seismic response reduction of adjacent frames: Emphasis on the different characteristics of earthquakes،International Journal of Civil Engineering،2022.
45. Reza Soleimani, Hamed Hamidi, Horr Khosravi،On advantages of the "Substitute Frame" model for incremental dynamic analysis: Integration of speed and accuracy،Structures،2022.
46. Shakiba Monfaredi, Hamed Hamidi, Horr Khosravi،Characterization of site location versus the causative fault in seismic demands of structures،Structures،2022.
47. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Hamid Rajabnejad, Seyed Abolfazl Naseri, Javad Vaseghi Amiri،Nonlinear Vibration Control of Adjacent Steel MRF Structures Using Non-velocity Dependent Dampers Subjected to Various Seismic Excitations،International Journal of Steel Structures،2022.
48. Seid masoud Tahaie shiadeh, Hamed Hamidi, Javad Vaseghi Amiri،Inelastic Seismic Demand of Steel-Plate Shear Wall Structures: Emphasis on the PTD Effect،International Journal of Civil Engineering،2022.
49. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Javad Vaseghi Amiri،On seismic response reduction of adjacent frames: Emphasis on the different characteristics of earthquakes،International Journal of Civil Engineering،2022.
50. Reza Soleimani, Hamed Hamidi, Horr Khosravi،On advantages of the "Substitute Frame" model for incremental dynamic analysis: Integration of speed and accuracy،Structures،2022.
51. Shakiba Monfaredi, Hamed Hamidi, Horr Khosravi،Characterization of site location versus the causative fault in seismic demands of structures،Structures،2022.
52. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Hamid Rajabnejad, Seyed Abolfazl Naseri, Javad Vaseghi Amiri،Nonlinear Vibration Control of Adjacent Steel MRF Structures Using Non-velocity Dependent Dampers Subjected to Various Seismic Excitations،International Journal of Steel Structures،2022.
53. Seid masoud Tahaie shiadeh, Hamed Hamidi, Javad Vaseghi Amiri،Inelastic Seismic Demand of Steel-Plate Shear Wall Structures: Emphasis on the PTD Effect،International Journal of Civil Engineering،2022.
54. Mohammad amin Abbaszadeh amirdehi, Hamed Hamidi, Javad Vaseghi Amiri،On seismic response reduction of adjacent frames: Emphasis on the different characteristics of earthquakes،International Journal of Civil Engineering،2022.
55. Abbas Rouhi, Hamed Hamidi،Development of Performance Based Plastic Design of EBF Steel Structures Subjected to Forward Directivity Effect،International Journal of Steel Structures،2021.
56. Hamid Rajabnejad, Hamed Hamidi, Seyed Abolfazl Naseri, Mohammad amin Abbaszadeh amirdehi،Effect of intensity measures on the response of a 3D-structure under different ground motion duration،International Journal of Engineering, Transactions A: Basics،2021.
57. Reza Soleimani, Hamed Hamidi،General Substitute Frame Model (GSF) for efficient estimation of seismic demands of steel and RC moment frames،ENGINEERING STRUCTURES،2021.
58. Reza Soleimani, Hamed Hamidi،Improved Substitute-Frame (ISF) model for seismic response of steel-MRF with vertical irregularities،JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH،2021.
59. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysis،Structural Concrete،2021.
60. Abbas Rouhi, Hamed Hamidi،Development of Performance Based Plastic Design of EBF Steel Structures Subjected to Forward Directivity Effect،International Journal of Steel Structures،2021.
61. Hamid Rajabnejad, Hamed Hamidi, Seyed Abolfazl Naseri, Mohammad amin Abbaszadeh amirdehi،Effect of intensity measures on the response of a 3D-structure under different ground motion duration،International Journal of Engineering, Transactions A: Basics،2021.
62. Reza Soleimani, Hamed Hamidi،General Substitute Frame Model (GSF) for efficient estimation of seismic demands of steel and RC moment frames،ENGINEERING STRUCTURES،2021.
63. Reza Soleimani, Hamed Hamidi،Improved Substitute-Frame (ISF) model for seismic response of steel-MRF with vertical irregularities،JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH،2021.
64. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysis،Structural Concrete،2021.
65. Abbas Rouhi, Hamed Hamidi،Development of Performance Based Plastic Design of EBF Steel Structures Subjected to Forward Directivity Effect،International Journal of Steel Structures،2021.
66. Hamid Rajabnejad, Hamed Hamidi, Seyed Abolfazl Naseri, Mohammad amin Abbaszadeh amirdehi،Effect of intensity measures on the response of a 3D-structure under different ground motion duration،International Journal of Engineering, Transactions A: Basics،2021.
67. Reza Soleimani, Hamed Hamidi،General Substitute Frame Model (GSF) for efficient estimation of seismic demands of steel and RC moment frames،ENGINEERING STRUCTURES،2021.
68. Reza Soleimani, Hamed Hamidi،Improved Substitute-Frame (ISF) model for seismic response of steel-MRF with vertical irregularities،JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH،2021.
69. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysis،Structural Concrete،2021.
70. Abbas Rouhi, Hamed Hamidi،Development of Performance Based Plastic Design of EBF Steel Structures Subjected to Forward Directivity Effect،International Journal of Steel Structures،2021.
71. Hamid Rajabnejad, Hamed Hamidi, Seyed Abolfazl Naseri, Mohammad amin Abbaszadeh amirdehi،Effect of intensity measures on the response of a 3D-structure under different ground motion duration،International Journal of Engineering, Transactions A: Basics،2021.
72. Reza Soleimani, Hamed Hamidi،General Substitute Frame Model (GSF) for efficient estimation of seismic demands of steel and RC moment frames،ENGINEERING STRUCTURES،2021.
73. Reza Soleimani, Hamed Hamidi،Improved Substitute-Frame (ISF) model for seismic response of steel-MRF with vertical irregularities،JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH،2021.
74. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysis،Structural Concrete،2021.
75. Abbas Rouhi, Hamed Hamidi،Development of Performance Based Plastic Design of EBF Steel Structures Subjected to Forward Directivity Effect،International Journal of Steel Structures،2021.
76. Hamid Rajabnejad, Hamed Hamidi, Seyed Abolfazl Naseri, Mohammad amin Abbaszadeh amirdehi،Effect of intensity measures on the response of a 3D-structure under different ground motion duration،International Journal of Engineering, Transactions A: Basics،2021.
77. Reza Soleimani, Hamed Hamidi،General Substitute Frame Model (GSF) for efficient estimation of seismic demands of steel and RC moment frames،ENGINEERING STRUCTURES،2021.
78. Reza Soleimani, Hamed Hamidi،Improved Substitute-Frame (ISF) model for seismic response of steel-MRF with vertical irregularities،JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH،2021.
79. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysis،Structural Concrete،2021.
80. Abbas Rouhi, Hamed Hamidi،Development of Performance Based Plastic Design of EBF Steel Structures Subjected to Forward Directivity Effect،International Journal of Steel Structures،2021.
81. Hamid Rajabnejad, Hamed Hamidi, Seyed Abolfazl Naseri, Mohammad amin Abbaszadeh amirdehi،Effect of intensity measures on the response of a 3D-structure under different ground motion duration،International Journal of Engineering, Transactions A: Basics،2021.
82. Reza Soleimani, Hamed Hamidi،General Substitute Frame Model (GSF) for efficient estimation of seismic demands of steel and RC moment frames،ENGINEERING STRUCTURES،2021.
83. Reza Soleimani, Hamed Hamidi،Improved Substitute-Frame (ISF) model for seismic response of steel-MRF with vertical irregularities،JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH،2021.
84. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysis،Structural Concrete،2021.
85. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Spectral acceleration matching procedure with respect to normalization approach،Bulletin of Earthquake Engineering،2020.
86. Hamed Hamidi, Amin Karbassi, Pierino Lestuzzi،Seismic response of RC buildings subjected to fling-step in the near-fault region،Structural Concrete،2020.
87. Gholamreza Abdollahzadeh, , Hamed Hamidi, Atefeh Ebrahimi Bardar،Use of Viscoplastic Damper for Improving the Resistance of Steel Frames to Blast Loading،Makara Journal of Technology،2020.
88. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Spectral acceleration matching procedure with respect to normalization approach،Bulletin of Earthquake Engineering،2020.
89. Hamed Hamidi, Amin Karbassi, Pierino Lestuzzi،Seismic response of RC buildings subjected to fling-step in the near-fault region،Structural Concrete،2020.
90. Gholamreza Abdollahzadeh, , Hamed Hamidi, Atefeh Ebrahimi Bardar،Use of Viscoplastic Damper for Improving the Resistance of Steel Frames to Blast Loading،Makara Journal of Technology،2020.
91. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Spectral acceleration matching procedure with respect to normalization approach،Bulletin of Earthquake Engineering،2020.
92. Hamed Hamidi, Amin Karbassi, Pierino Lestuzzi،Seismic response of RC buildings subjected to fling-step in the near-fault region،Structural Concrete،2020.
93. Gholamreza Abdollahzadeh, , Hamed Hamidi, Atefeh Ebrahimi Bardar،Use of Viscoplastic Damper for Improving the Resistance of Steel Frames to Blast Loading،Makara Journal of Technology،2020.
94. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Spectral acceleration matching procedure with respect to normalization approach،Bulletin of Earthquake Engineering،2020.
95. Hamed Hamidi, Amin Karbassi, Pierino Lestuzzi،Seismic response of RC buildings subjected to fling-step in the near-fault region،Structural Concrete،2020.
96. Gholamreza Abdollahzadeh, , Hamed Hamidi, Atefeh Ebrahimi Bardar،Use of Viscoplastic Damper for Improving the Resistance of Steel Frames to Blast Loading،Makara Journal of Technology،2020.
97. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Spectral acceleration matching procedure with respect to normalization approach،Bulletin of Earthquake Engineering،2020.
98. Hamed Hamidi, Amin Karbassi, Pierino Lestuzzi،Seismic response of RC buildings subjected to fling-step in the near-fault region،Structural Concrete،2020.
99. Gholamreza Abdollahzadeh, , Hamed Hamidi, Atefeh Ebrahimi Bardar،Use of Viscoplastic Damper for Improving the Resistance of Steel Frames to Blast Loading،Makara Journal of Technology،2020.
100. Pouya Amirchoupani, Gholamreza Abdollahzadeh, Hamed Hamidi،Spectral acceleration matching procedure with respect to normalization approach،Bulletin of Earthquake Engineering،2020.
101. Hamed Hamidi, Amin Karbassi, Pierino Lestuzzi،Seismic response of RC buildings subjected to fling-step in the near-fault region،Structural Concrete،2020.
102. Gholamreza Abdollahzadeh, , Hamed Hamidi, Atefeh Ebrahimi Bardar،Use of Viscoplastic Damper for Improving the Resistance of Steel Frames to Blast Loading،Makara Journal of Technology،2020.
103. Reza Soleimani, Horr Khosravi, Hamed Hamidi،Substitute Frame and adapted Fish-Bone model: Two simplified frames representative of RC moment resisting frames،ENGINEERING STRUCTURES،2019.
104. Reza Soleimani, Horr Khosravi, Hamed Hamidi،Substitute Frame and adapted Fish-Bone model: Two simplified frames representative of RC moment resisting frames،ENGINEERING STRUCTURES،2019.
105. Reza Soleimani, Horr Khosravi, Hamed Hamidi،Substitute Frame and adapted Fish-Bone model: Two simplified frames representative of RC moment resisting frames،ENGINEERING STRUCTURES،2019.
106. Reza Soleimani, Horr Khosravi, Hamed Hamidi،Substitute Frame and adapted Fish-Bone model: Two simplified frames representative of RC moment resisting frames،ENGINEERING STRUCTURES،2019.
107. Reza Soleimani, Horr Khosravi, Hamed Hamidi،Substitute Frame and adapted Fish-Bone model: Two simplified frames representative of RC moment resisting frames،ENGINEERING STRUCTURES،2019.
108. Reza Soleimani, Horr Khosravi, Hamed Hamidi،Substitute Frame and adapted Fish-Bone model: Two simplified frames representative of RC moment resisting frames،ENGINEERING STRUCTURES،2019.
109. Hamed Hamidi, Javad Vaseghi Amiri, Hamid Rajabnejad،Energy distribution in RC shear wall-frame structures subject to repeated earthquakes،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
110. Hamed Hamidi, Farnoosh Farokhzadeh, Mohammad Shamekhi Amiri،STRUCTURAL INVESTIGATION OF HEIGHT - IRREGULAR- STEEL BRACED STRUCTURES AGAINST PROGRESSIVE COLLAPSE،Journal of Engineering Science and Technology،2018.
111. Hamed Hamidi, Horr Khosravi, Reza Soleimani،Fling-step ground motions simulation using theoretical-based Greens function technique for structural analysis،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
112. Hamed Hamidi, Javad Vaseghi Amiri, Hamid Rajabnejad،Energy distribution in RC shear wall-frame structures subject to repeated earthquakes،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
113. Hamed Hamidi, Farnoosh Farokhzadeh, Mohammad Shamekhi Amiri،STRUCTURAL INVESTIGATION OF HEIGHT - IRREGULAR- STEEL BRACED STRUCTURES AGAINST PROGRESSIVE COLLAPSE،Journal of Engineering Science and Technology،2018.
114. Hamed Hamidi, Horr Khosravi, Reza Soleimani،Fling-step ground motions simulation using theoretical-based Greens function technique for structural analysis،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
115. Hamed Hamidi, Javad Vaseghi Amiri, Hamid Rajabnejad،Energy distribution in RC shear wall-frame structures subject to repeated earthquakes،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
116. Hamed Hamidi, Farnoosh Farokhzadeh, Mohammad Shamekhi Amiri،STRUCTURAL INVESTIGATION OF HEIGHT - IRREGULAR- STEEL BRACED STRUCTURES AGAINST PROGRESSIVE COLLAPSE،Journal of Engineering Science and Technology،2018.
117. Hamed Hamidi, Horr Khosravi, Reza Soleimani،Fling-step ground motions simulation using theoretical-based Greens function technique for structural analysis،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
118. Hamed Hamidi, Javad Vaseghi Amiri, Hamid Rajabnejad،Energy distribution in RC shear wall-frame structures subject to repeated earthquakes،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
119. Hamed Hamidi, Farnoosh Farokhzadeh, Mohammad Shamekhi Amiri،STRUCTURAL INVESTIGATION OF HEIGHT - IRREGULAR- STEEL BRACED STRUCTURES AGAINST PROGRESSIVE COLLAPSE،Journal of Engineering Science and Technology،2018.
120. Hamed Hamidi, Horr Khosravi, Reza Soleimani،Fling-step ground motions simulation using theoretical-based Greens function technique for structural analysis،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
121. Hamed Hamidi, Javad Vaseghi Amiri, Hamid Rajabnejad،Energy distribution in RC shear wall-frame structures subject to repeated earthquakes،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
122. Hamed Hamidi, Farnoosh Farokhzadeh, Mohammad Shamekhi Amiri،STRUCTURAL INVESTIGATION OF HEIGHT - IRREGULAR- STEEL BRACED STRUCTURES AGAINST PROGRESSIVE COLLAPSE،Journal of Engineering Science and Technology،2018.
123. Hamed Hamidi, Horr Khosravi, Reza Soleimani،Fling-step ground motions simulation using theoretical-based Greens function technique for structural analysis،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
124. Hamed Hamidi, Javad Vaseghi Amiri, Hamid Rajabnejad،Energy distribution in RC shear wall-frame structures subject to repeated earthquakes،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
125. Hamed Hamidi, Farnoosh Farokhzadeh, Mohammad Shamekhi Amiri،STRUCTURAL INVESTIGATION OF HEIGHT - IRREGULAR- STEEL BRACED STRUCTURES AGAINST PROGRESSIVE COLLAPSE،Journal of Engineering Science and Technology،2018.
126. Hamed Hamidi, Horr Khosravi, Reza Soleimani،Fling-step ground motions simulation using theoretical-based Greens function technique for structural analysis،SOIL DYNAMICS AND EARTHQUAKE ENGINEERING،2018.
127. Hamed Hamidi, , Gholamreza Abdollahzadeh،SEISMIC FRAGILITY ANALYSIS OF IMPROVED RC FRAMES USING DIFFERENT TYPES OF BRACING،Journal of Engineering Science and Technology،2017.
128. Hamed Hamidi, , Gholamreza Abdollahzadeh،SEISMIC FRAGILITY ANALYSIS OF IMPROVED RC FRAMES USING DIFFERENT TYPES OF BRACING،Journal of Engineering Science and Technology،2017.
129. Hamed Hamidi, , Gholamreza Abdollahzadeh،SEISMIC FRAGILITY ANALYSIS OF IMPROVED RC FRAMES USING DIFFERENT TYPES OF BRACING،Journal of Engineering Science and Technology،2017.
130. Hamed Hamidi, , Gholamreza Abdollahzadeh،SEISMIC FRAGILITY ANALYSIS OF IMPROVED RC FRAMES USING DIFFERENT TYPES OF BRACING،Journal of Engineering Science and Technology،2017.
131. Hamed Hamidi, , Gholamreza Abdollahzadeh،SEISMIC FRAGILITY ANALYSIS OF IMPROVED RC FRAMES USING DIFFERENT TYPES OF BRACING،Journal of Engineering Science and Technology،2017.
132. Hamed Hamidi, , Gholamreza Abdollahzadeh،SEISMIC FRAGILITY ANALYSIS OF IMPROVED RC FRAMES USING DIFFERENT TYPES OF BRACING،Journal of Engineering Science and Technology،2017.
133. Alireza Khaloo, Horr Khosravi, Hamed Hamidi،Nonlinear Interstory Drift Contours for Idealized Forward Directivity Pulses using Modified Fish-Bone Models،ADVANCES IN STRUCTURAL ENGINEERING،2015.
134. Alireza Khaloo, Horr Khosravi, Hamed Hamidi،Nonlinear Interstory Drift Contours for Idealized Forward Directivity Pulses using Modified Fish-Bone Models،ADVANCES IN STRUCTURAL ENGINEERING،2015.
135. Alireza Khaloo, Horr Khosravi, Hamed Hamidi،Nonlinear Interstory Drift Contours for Idealized Forward Directivity Pulses using Modified Fish-Bone Models،ADVANCES IN STRUCTURAL ENGINEERING،2015.
136. Alireza Khaloo, Horr Khosravi, Hamed Hamidi،Nonlinear Interstory Drift Contours for Idealized Forward Directivity Pulses using Modified Fish-Bone Models،ADVANCES IN STRUCTURAL ENGINEERING،2015.
137. Alireza Khaloo, Horr Khosravi, Hamed Hamidi،Nonlinear Interstory Drift Contours for Idealized Forward Directivity Pulses using Modified Fish-Bone Models،ADVANCES IN STRUCTURAL ENGINEERING،2015.
138. Alireza Khaloo, Horr Khosravi, Hamed Hamidi،Nonlinear Interstory Drift Contours for Idealized Forward Directivity Pulses using Modified Fish-Bone Models،ADVANCES IN STRUCTURAL ENGINEERING،2015.
139. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Probable contribution of fling-step effect on the response spectra at near source site،Journal of Vibroengineering،2014.
140. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Probable contribution of fling-step effect on the response spectra at near source site،Journal of Vibroengineering،2014.
141. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Probable contribution of fling-step effect on the response spectra at near source site،Journal of Vibroengineering،2014.
142. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Probable contribution of fling-step effect on the response spectra at near source site،Journal of Vibroengineering،2014.
143. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Probable contribution of fling-step effect on the response spectra at near source site،Journal of Vibroengineering،2014.
144. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Probable contribution of fling-step effect on the response spectra at near source site،Journal of Vibroengineering،2014.
145. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Compatible seismogram simulation at near source site using Multi-Taper Spectral Analysis approach (MTSA)،Journal of Vibroengineering،2013.
146. Ahmad Nicknam, A. Hosseini, Hamed Hamidi, M. A. Barkhordari،Reproducing fling-step and forward directivity at near source site using of multi-objective particle swarm optimization and multi taper،Earthquake Engineering and Engineering Vibration،2013.
147. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Compatible seismogram simulation at near source site using Multi-Taper Spectral Analysis approach (MTSA)،Journal of Vibroengineering،2013.
148. Ahmad Nicknam, A. Hosseini, Hamed Hamidi, M. A. Barkhordari،Reproducing fling-step and forward directivity at near source site using of multi-objective particle swarm optimization and multi taper،Earthquake Engineering and Engineering Vibration،2013.
149. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Compatible seismogram simulation at near source site using Multi-Taper Spectral Analysis approach (MTSA)،Journal of Vibroengineering،2013.
150. Ahmad Nicknam, A. Hosseini, Hamed Hamidi, M. A. Barkhordari،Reproducing fling-step and forward directivity at near source site using of multi-objective particle swarm optimization and multi taper،Earthquake Engineering and Engineering Vibration،2013.
151. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Compatible seismogram simulation at near source site using Multi-Taper Spectral Analysis approach (MTSA)،Journal of Vibroengineering،2013.
152. Ahmad Nicknam, A. Hosseini, Hamed Hamidi, M. A. Barkhordari،Reproducing fling-step and forward directivity at near source site using of multi-objective particle swarm optimization and multi taper،Earthquake Engineering and Engineering Vibration،2013.
153. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Compatible seismogram simulation at near source site using Multi-Taper Spectral Analysis approach (MTSA)،Journal of Vibroengineering،2013.
154. Ahmad Nicknam, A. Hosseini, Hamed Hamidi, M. A. Barkhordari،Reproducing fling-step and forward directivity at near source site using of multi-objective particle swarm optimization and multi taper،Earthquake Engineering and Engineering Vibration،2013.
155. Ahmad Nicknam, M.Ali Barkhordari, Hamed Hamidi, Afshin Hosseini،Compatible seismogram simulation at near source site using Multi-Taper Spectral Analysis approach (MTSA)،Journal of Vibroengineering،2013.
156. Ahmad Nicknam, A. Hosseini, Hamed Hamidi, M. A. Barkhordari،Reproducing fling-step and forward directivity at near source site using of multi-objective particle swarm optimization and multi taper،Earthquake Engineering and Engineering Vibration،2013.

Hamed Hamidi

Associate Professor Hamed Hamidi

Hamed Hamidi

Subjects Taught

Executions And Scientific Activities

Papers in Journals