علم المواد (2)
علم المواد Materials Science هو حقل متعدد التخصصات يتضمن خواص المادة وتطبيقاتها في مختلف ساحات العلم و الهندسة
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عن الدورة
علم المواد Materials Science هو حقل متعدد التخصصات يتضمن خواص المادة وتطبيقاتها في مختلف ساحات العلم و الهندسة، وهذا العلم يبحث العلاقة بين بنية المواد وخصائصها، لذلك فهو يضم عناصر من الفيزياء التطبيقية والكيمياء, وكذلك الهندسة الكيميائية, الميكانيكية, المدنية والكهربائية
محتوى الدورة
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Course contents - Part 100:02:36
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Course contents - Part 200:03:12
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Course contents - Part 300:03:12
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Course contents - Part 400:03:56
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Introduction to engineering materials00:04:53
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Classifications of materials based on Natural of material00:03:20
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Classifications of materials based on Crystal structure00:05:34
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Introduction00:03:02
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Classification of Polymers00:04:04
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Addition polymerization and Unsaturated bond00:02:56
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Functionality, Condensation polymerization00:02:10
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Typical Thermoplastics examples00:02:14
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Effect of Temperature on structure of Thermoplastics00:04:11
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mechanical properties of thermoplastic00:01:55
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Elastomer00:02:43
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Thermosetting Polymers and Properties00:02:13
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Applications of thermosetting and adhesives00:03:07
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Polymer Processing00:03:07
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Processing of thermoplastic00:02:26
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Injection molding and thermoforming00:02:31
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Calendaring and spinning method00:02:40
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Processing of thermosetting00:01:48
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Chapter contents00:03:09
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Definition of composite material00:01:53
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Classification of composite material, Metal matrix composites00:03:30
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Classification of composite material00:02:40
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Type of reinforcement and Methods of treatment00:03:00
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Processing of metal matrix composite, Liquid state, Stir casting00:05:43
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Advantage and Disadvantage of stir casting method00:02:14
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Processing of metal matrix composite, Liquid state, Squeeze casting00:02:53
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Advantage and Disadvantage of Squeeze casting method00:04:36
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Processing of metal matrix composite, Liquid state00:02:44
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Processing of metal matrix composite00:03:36
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Processing of metal matrix composite, Gas state, CVD, PVD00:05:38
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Applications of CVD, PVD Process00:05:19
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Properties of metal matrix composite and Applications of composite00:06:01
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Advantage and Disadvantages of composite material00:05:12
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Chapter contents00:02:42
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Definition of powder metallurgy process00:01:07
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Layout of powder metallurgy process00:04:11
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Advantage of powder metallurgy process - 100:04:25
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Advantage of powder metallurgy process - 200:02:40
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Disadvantage of powder metallurgy process00:03:03
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Manufactures of powder - 100:01:59
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Manufactures of powder - 200:03:49
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Testing and evaluation of powder00:04:42
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Blending and its importance00:02:57
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Processing of powder - 100:03:08
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Processing of powder - 200:03:38
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Processing of powder - 300:02:55
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Processing of powder - 400:02:08
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Sintering00:01:46
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Factors effecting of the final product of powder metallurgy process00:04:11
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Chapter contents00:01:44
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Applications of ceramic material in different felid - 100:04:41
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Applications of ceramic material in different felid - 200:03:56
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Properties of Ceramics00:03:21
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Properties of advanced Ceramics00:02:56
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Processing ceramic material - 100:02:37
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Processing ceramic material - 200:02:42
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Processing ceramic material - 300:02:48
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Processing ceramic material - 400:01:43
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Processing ceramic material - 500:02:22
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Refractories00:05:40
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Chapter contents00:01:41
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Chemical Corrosion and Types of special chemical corrosion00:02:56
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Electrochemical Corrosion and Electrochemical cell00:03:19
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Reactions inside Electrochemical cell00:02:29
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Types of Electrochemical Corrosion - 100:04:41
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Types of Electrochemical Corrosion - 200:02:04
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Types of Electrochemical Corrosion - 300:02:00
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Protection against Electrochemical Corrosion00:03:57
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Types of wear00:04:15
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Types of erosion00:02:54
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Chapter contents00:03:29
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Designation of Aluminum alloys00:03:48
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Temper designation of Al-alloys00:02:29
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Properties and applications of typical Al-alloys00:04:15
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Heat treatment of non-ferrous alloys00:05:16
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Magnesium and Beryllium Alloys00:01:37
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Properties of typical Mg-alloys00:02:34
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Copper Alloys00:02:12
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Properties of typical Cu-alloys00:03:19
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Nickel and Cobalt Alloys00:01:55
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Composition, properties and applications of Ni and Co alloys00:03:30
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Titanium Alloys00:02:30
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Properties of Ti alloys00:02:14
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Refractory and Precious Metals00:03:24
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Chapter contents00:03:23
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Definition of structures00:03:00
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Definition of structures, Austenite00:01:47
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Definition of structures, Ferrite00:01:49
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Definition of structures, Pearlite00:02:05
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Definition of structures, Cementite00:03:17
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Iron-iron carbide phase diagram, reactions00:02:34
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Classifications of ferrous alloys - 100:02:00
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Classifications of ferrous alloys - 200:01:30
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Classifications of ferrous alloys - 300:07:19
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Simple Heat Treatments00:04:56
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Isothermal Heat Treatments00:03:42
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Applications of steel alloys00:01:49
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