81. Molecular and rheological studies to understand slow crack growth in polyethylene pipe grade materials
پدیدآورنده : Joel Elias Fawaz
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Polymer chemistry; Chemical engineering; Plastics,Pure sciences;Applied sciences;Crystallinity;Mechanical properties;Polyethylene;Structure-property correlations
82. Molecular properties controlling the adsorption of gases on solid surfaces
پدیدآورنده : M. B. Elmoselhi
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Mechanical engineering
83. Novel Application of Combined Heat and Power for Multifamily Residences and Small Remote Communities
پدیدآورنده : Saeed A. Alqaed
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Mechanical engineering,Applied sciences;Combined heat and power;Cost optimal combined heat and power;Geothermal system;Hybrid combined heat and power;Multifamily building;Pvt system with desalination
84. Numerical investigation of laminar natural convection flows in obstructed vertical channels
پدیدآورنده : A. M. Muhanna
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Mechanical engineering
85. Numerical investigation of pulsating flows in abrupt expansion pipes
پدیدآورنده : M. O. Iqbal
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Mechanical engineering
86. Numerical modeling of capillary driven microfluidic flow
پدیدآورنده : Md Ashraful Islam
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Chemistry; Mechanical engineering,Pure sciences;Applied sciences;Capillary actuation;Electrowetting-on-dielectrode;Electrowettting;Level set;Micro-fluidic flow;Open-plate electrowetting-on-dielectrode;Parallel-plate electrowetting-on-dielectrode;Pendant drop;Satellite drop;Volume of fluid
87. Numerical simulation of turbulent natural convection in enclosures
پدیدآورنده : M. A. R. Khan
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Mechanical engineering
88. Offset screen and pseudodiffusion models for prediction of filtration phenomena in real fibrous filter media
پدیدآورنده : A. M. Khan
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,fibrous filter media,Mechanical engineering
89. On the Role of machining strategies on the Efficiency of Titanium Machining
پدیدآورنده : Morteza Amoee
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Engineering; Mechanical engineering,Applied sciences;Efficiency;Machining;Titanium
90. Optimal assessment of using solar and wind power for desalination on the Eastern Coast of Saudi Arabia
پدیدآورنده : B. Ismail
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Mechanical engineering
91. Optimization of hydraulics and photovoltaics in a solar water heater with photovoltaic-powered pump
پدیدآورنده : M. T. Albarghouthi
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Energy,Mechanical engineering,Mechanical engineering
92. Photoelastic determination of stress intensity factors for sharp re-entrant corners in plates under extension
پدیدآورنده : M. Mahinfalah
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Mechanical engineering
93. Pipeline failure prediction with dynamic model constructed using a hybrid modeling approach
پدیدآورنده : Yongxiang Wang
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Mechanical engineering,Applied sciences;Damage detection;Dynamic model;System identification
94. Pipeline integrity management: Internal corrosion detection of oil and gas pipelines using fiber optics
پدیدآورنده : Khalil Bassam Al Handawi
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Mechanical engineering,Applied sciences;Corrosion monitoring;Distributed sensing;Fiber optic sensors;Real-time sensing
95. Potential risk of hydrogen embrittlement of Zn-Ni coated high strength steel
پدیدآورنده : Md Saimon Islam
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Mechanical engineering; Materials science,Applied sciences
96. Prediction of Crack in Machining by Developing of New Analytical Equations
پدیدآورنده : Jalal Akbari
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Engineering; Mechanical engineering,Applied sciences;Analytical model;Crack propagation;Manufacturing;Toughness
97. Prediction of Temperature Distribution in FSW
پدیدآورنده : Kun Li
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Mechanical engineering,Applied sciences;Abaqus;Friction stir welding (fsw);Temperature distribution
98. Prediction of species concentration and temperature profile in methanol oxygen and argon flame
پدیدآورنده : M. Yaqub
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Chemistry,Mechanical engineering,Pure sciences
99. Project management for the technical professional /
پدیدآورنده : Michael Singer Dobson.
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Project management.,Engineering & Applied Sciences.,Industrial & Management Engineering.,Mechanical Engineering.,Project management.
رده :
T56
.
8
.
D63
2001b
100. Reactive Molecular Dynamics Simulations of Lithium Secondary Batteries - Interfaces and Electrodes
پدیدآورنده : Md Mahbubul Islam
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Mechanical engineering,Applied sciences;Lithium-ion battery;Lithium-sulfur battery;Reactive molecular dynamics;Reaxff;eReaxff
