اعضای هیئت علمی گروه مهندسی زلزله

علی بخشی

دانشیار

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

Ph.D.

1998

Hiroshima University, Hiroshima, Japan

M.Sc.

     1991

Shiraz University, Shiraz, Iran

B.Sc.

1988

        Sharif University of Technology, Tehran, Iran
ایمیل
bakhshi@sharif.edu
تلفن تماس
6616-4243(021)
فکس
66014828(021)
اتاق
422
علاقه مندی های پژوهشی را اینجا وارد کنید.

فیاض رحیم‌زاده رفوئی

استاد

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

 
Ph.D. 1987-92 Structural Control, Rensselaer Polytechnic Institute, Troy, N.Y., 12180, USA.
M. Eng. 1989-91 Mathematics, Rensselaer Polytechnic Institute, Troy, N.Y., 12180, USA.
M.Sc. 1985-87 Structural Optimization, Rensselaer Polytechnic Institute, Troy, N.Y., 12180, USA. 
B.Sc. 1974-77 Civil Engineering Department, Iran University of Science and Technology, Tehran, IRAN.
 

 
ایمیل
rofooei@sharif.edu
تلفن تماس
6616-4233 (021)
فکس
66164828(021)
اتاق
410
Active and Passive Structural Control, Nonlinear Structural Analysis, Base Isolation, Seismic Vulnerability Analysis and Retrofitting of Structures and Lifelines.

عبدالرضا جغتائی

دانشیار

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

مدرک تحصیلی را اینجا وارد کنید.
ایمیل
joghatae@sharif.edu
تلفن تماس
--
اتاق
--
علاقه مندی های پژوهشی را اینجا وارد کنید.

کیارش محتشم دولتشاهی

دانشیار

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

 
- Ph.D. in Civil Engineering, State University of New York at Buffalo, August 2012.
     Minor Area: Structural and Earthquake Engineering
     Dissertation: Computational, analytical and experimental modeling of masonry structures
     Supervisor: Professor Amjad J. Aref  
     Committee members: Professor Andrew S. Whittaker, Professor Gary F. Dargush
 
- M.Eng. in Civil Engineering, State University of New York at Buffalo, August 2010.
 
- M.Sc. in Civil Engineering, Sharif University of Technology, August 2008.  
     Dissertation: Inverse Vibration Problem for 3D Shear Buildings            
     Supervisor: Professor Fayaz Rahimzadeh
 
- B.Sc. in Civil Engineering, Sharif University of Technology, August 2006.
ایمیل
dolatshahi@sharif.edu
تلفن تماس
6616-4219 (021)
فکس
66014828 (021)
اتاق
515
Earthquake Engineering
Seismic Analysis and Design of Steel Structures
Strucutral Dynamics / Inverse Vibration
Experimental Methods
Seismic Analysis of Masonry Buildings
Structural Control

Computational Mechanics
Development of Constitutive Material Models 
 

حبیب‌اله نصیری

دانشیار

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

phD
(Probabilistic models, methods, and software for evaluating risk to civil infrastructure (Dissertation) (DOI

MSc
The effect of soil-structure interaction on the inelastic behavior of structures with embedded foundation Thesis)

BSc
 
ایمیل
mahsuli@sharif.edu
تلفن تماس
6616-4217 (021)
فکس
66014828 (021)
صفحه شخصی
--
اتاق
511
  Structural reliability and optimization
Infrastructure risk and resilience
Probabilistic engineering mechanics
Bayesian system identification
Hazard and risk analysis
Risk-based decision making
Probabilistic modeling
Earthquake engineering
Software development

حسن مقدم

استاد

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

   phD      Civil Engineering
MSc     Soil Mechanics and Seismology Engineering
MSc     Steel Structures
(BSc      Structural Engineering (top 4%
 
ایمیل
moghadam@sharif.edu
تلفن تماس
6616-4235 (021)
فکس
66164201 (021)
صفحه شخصی
--
اتاق
412
Theory and application of performance-based design
Application of Adaptation Theory for optimum seismic performance design
Effects of strain jump phenomenon on seismic performance of structural elements such as connections and braces
Fragility of steel structures, bracings, connections, RC shear walls, masonry and concrete infills
Arching action and out of plane resistance of masonry infills
Development of R factor using FEMA P695 approach
Seismic Behaviour of Steel, Concrete, and Masonry Structures
Seismic retrofitting of masonry, steel and RC structures interaction
Retrofitting RC structures using FRP and Steel Strips
Seismic Behaviour of Infilled Frames
Masonry, RC and Steel Shear Walls
Dynamic Analysis of Nonlinear Systems
Dynamic Characteristics of Shaking Tables
Application of Base Isolations and dampers
Development of Seismic Loading for Space Structures

محمدعلی قناد

استاد

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

   phD      Structural Engineering
 MSc     Structural Engineering
BSc      Civil Engineering 
ایمیل
ghannad@sharif.edu
تلفن تماس
6616-4210 (021)
فکس
66014828 (021)
اتاق
512
Theory and application of performance-based design
Application of Adaptation Theory for optimum seismic performance design
Effects of strain jump phenomenon on seismic performance of structural elements such as connections and braces
Fragility of steel structures, bracings, connections, RC shear walls, masonry and concrete infills
Arching action and out of plane resistance of masonry infills
Development of R factor using FEMA P695 approach
Seismic Behaviour of Steel, Concrete, and Masonry Structures
Seismic retrofitting of masonry, steel and RC structures interaction
Retrofitting RC structures using FRP and Steel Strips
Seismic Behaviour of Infilled Frames
Masonry, RC and Steel Shear Walls
Dynamic Analysis of Nonlinear Systems
Dynamic Characteristics of Shaking Tables
Application of Base Isolations and dampers
Development of Seismic Loading for Space Structures

مهدی احمدی‌زاده

استادیار

تحصیلات

تماس

علاقه مندی های پژوهشی

رزومه

   phD      Civil Engineering
MSc     Soil Mechanics and Seismology Engineering
MSc     Steel Structures
(BSc      Structural Engineering (top 4%
 
ایمیل
ahmadizadeh@sharif.edu
فکس
66014828 (021)
اتاق
418

 		  
  Experimental Methods in Structural and Earthquake Engineering - Hybrid Simulation:
Study of numerical integration methods in hybrid simulation
Development of hybrid simulation systems in laboratories		    
       
       
  Structural Control and Health Monitoring:
Development of novel energy dissipation devices
Comparative studies and optimization of structural control systems
Development of improved design techniques for structural control systems
System identification and damage detection		    
       
       
  Structural Dynamics:
Study of performance of steel zipper frames
Smart materials for structures
  tion