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13篇 您的检索式:作者名="Sadreddini"
    题名 作者 年代 出处 被引量
1Lack of significant asso- ciation between Helicobacter pylori infection and homocysteine lev- els in patients with cardiac syndrome X 显示文摘Rasmi Y Mehraban K Sadreddini M 2012Cardiol J2012,19,5:1
2A sliding window based algorithm for frequent closed itemset mining over data streams 显示文摘Noria F Deypir M Sadreddini M H 2013Journal of Systems and Software2013,86,3:1
3Treatment of retinal vasculitis in Beh?et’s disease with rituximab显示文摘Shahram Sadreddini Hamid Noshad Mahshid Molaeefard Rahim Noshad 2008Modern Rheumatology2008,,3:1
4Corrosion resistance enhancement of Ni-P-nano SiO 2 composite coatings on aluminum显示文摘S. Sadreddini A. Afshar 2014Applied Surface Science2014,,:1
5TreatmentofretinalvasculitisinBehcet’sdiseasewithrituximab显示文摘SadreddiniS NoshadH MolaeefardM NoshadR 2008ModRheumatol2008,18,3:1
6Comparison of quality of life and outcome: Hemodialysis versus peritoneal dialysis patients 显示文摘Noshad H Nezami N Sadreddini S 2008Nephrology2008,13,:1
7Frequency of ABO blood group in peptic ulcer disease in Iranian subjects 显示文摘Rasmi Y Sadreddini M Peirovi T 2009Pak J Biol Sci2009,12,13:1
8Treatment of retinal vasculitis in Behcet's dis- ease with rituximab 显示文摘Sadreddini S Noshad H Molaeefard M 2008Mod Rheumatol2008,11,3:1
9Treatment of retinal vasculitis in Behcet's disease with rituximab显示文摘Sadreddini S Noshad H Molaeefard M 2008Mod Rheumatol2008,18,3:1
10Renal involvement in Beh- cet' s Disease显示文摘Ardalan MR Sadreddini S Noshad H 2009Saudi J Kidney Dis Transpl2009,20,4:1
11Characteriza- tion of Ni-P-SiO2 Nano-composite Coating on Magne- sium显示文摘SADREDDINI S SALEHI Z RASSAIE H 2015Applied Surface Science2015,324,:1
12Corrosion resistance en- hancement of Ni - P - nano SiO2 composite coatings on a- luminum 显示文摘SADREDDINI S AFSHAR A 2014Applied Surface Science2014,303,6:1
13Investigating the Efficiency Coefficient of Pile Group in Clay Under Two-Way Lateral Load显示文摘This research investigates the behavior of a 2×2 pile group under two-directional lateral loads in addition to the vertical load.Through three-dimensional numerical modeling based on Flac 3D software,the study examines the total bearing capacity and efficiency coefficient of the pile group,considering factors such as the angle of lateral load,relative pile spacing,and relative stiffness of the pile-soil system.The findings highlight the significance of these factors in understanding and predicting the response of pile groups to changing lateral load directions.The results reveal that increasing the angle of the lateral load from 0°to 45°enhances both the maximum total lateral load and the efficiency coefficient of the pile group.When the relative stiffness of the pile-soil system significantly increases,soil stiffening occurs and reducing the relative spacing of the piles from 7 to 3 times the diameter of the piles diminishes the influence of the pile group.Consequently,the response of the pile group to lateral loads becomes more linear,with only a slight alteration in the maximum total lateral load and the efficiency coefficient when the lateral load is angled from 0°to 45°.Conversely,increasing the relative distance between the piles,specifically from 3 to 7 times the diameter of the piles,amplifies the influence of the pile group.Both the maximum total lateral load and the efficiency coefficient of the pile group exhibit an observed increase.These provide insights for designing pile groups and optimizing their performance under lateral loading conditions.Kooshyar Fadayi ASIABSARY Navid HADIANI Amir Hossein EGHBALI Seyed Mohammad Ali SADREDDINI 2023China Ocean Engineering2023,37,5:0
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