مرور Volume 25, Issue 2 بر اساس عنوان
در حال نمایش موارد 1 - 6 از 6
- 
Corrosion Behavior of a Fe-25at%Sn Supersaturated Solid Solution in H3PO4 Solution (Materials and Energy Research Center, 2012-06-01)Corrosion resistance of iron can be drastically improved by addition of passivating alloying elements. A supersaturated solid solution of Fe-25at%Sn was produced by mechanical alloying of commercially pure iron and tin ...
 
- 
Improvement of Iranian Seismic Design Code Considering the Near-Fault Effects (Materials and Energy Research Center, 2012-06-01)Characteristics of ground motions close to the earthquake source can be considerably different from those of far-field motions which should be considered in design process of structures. The current study aimed to present ...
 
- 
Inhibitive Assesment of Stearamide as a Corrosion Inhibitor for Mild Steel in HCl Solution (Materials and Energy Research Center, 2012-06-01)In this study effect of Stearamide as a corrosion inhibitor for mild steel in hydrochloric acid media was investigated employing various electrochemical techniques include potentiodynamic polarization, electrochemical ...
 
- 
Numerical Simulation and Optimization Design of the Annular Mechanical Foam Breaker (Materials and Energy Research Center, 2012-06-01)The annular foam breaker is one which uses the vacuum and shear force generated by the Coanda effect to break foam. The pressure distribution directly affects its performance. So an investigation on the flow characteristics ...
 
- 
Optimum Shape Design of a Radiant Oven by the Conjugate Gradient Method and a Grid Regularization Approach (Materials and Energy Research Center, 2012-06-01)This study presents an optimization problem for shape design of a 2-D radiant enclosure with transparent medium and gray-diffuse surfaces. The aim of the design problem is to find the optimum geometry of a radiant enclosure ...
 
- 
The Use of Monte-Carlo Simulations in Seismic Hazard Analysis in Tehran and Surrounding Areas (Materials and Energy Research Center, 2012-06-01)Probabilistic seismic hazard analysis is a technique for estimating the annual rate of exceedance of a specified ground motion at a site due to the known and suspected earthquake sources. A Monte-Carlo approach is utilized ...
 



