يهدف هذا المقرر إلى معرفة خصائص اللغة العربية وأهميتها وتوظيفها في الحياة العامة ، كما يهدف إلى تمكين الطلاب من معرفة ما يتركب منه الكلام من اسم وفعل وحرف ....... النكرة والمعرفة إلى جانب دراسة بعض قواعد الإملاء بالتركيز عليها والاهتمام بها

يهدف هذا المقرر إلى تمكين الطلاب من معرفة الجملة بنوعيها وأحكام المبتدأ والخبر ... تم الاهتمام بمعرفة المعاجم وكيفية الاستفادة منها في تفسير الكلمات ومعرفة معانيها.

.تعريف وأهمية الكتابة التقنية وأهداف الكتابة التقنية وخصائصها ، أسس الكتابة التقنية ، عناصر التقارير الهندسية ومحتوياتها ،مراحل وطرق إعداد التقارير التقنية وإعداد الأشكال ، إعداد الجداول ، كتابة الأعداد ، إخراج وعرض التقارير ، مناقشة التقارير

Introduction; definitions, conventions. Instrument, dimensioning, some geometrical constructions; e.g., drawing of some polygons, parallel lines, line and arc tangents. Projection; theory, types of projection, one view projection, multi-view projection, first and third angle projection, applications, including missing line views. Sectional vie s; complete section, half section, pant section, removed sections, revolved section, and applications.

1.      دراسة التركيبات البللورية وخواص البللورات الأيونية 2.      تقديم النظرية الالكترونية للمعادن والانبعاث الأيوني الحراري 3.      استعراض نظرية وأنواع أشباه الموصلات والأجهزة المبنية عليها 4.      فهم الخواص المغناطيسية والضوئية للمواد الصلبة

Ductile and brittle fractures fractography, catastrophic fractures Griffth theory of brittle fracture, ductile to brittle transition temperature, stress concentration factor, modes of crack propagation (mode i, ii, and iii), linear elastic fracture mechanics, stress intensitry factor, plane strain and plane stress fracture toughness, plastic zone size estimation, determination of fracture toughness ASTM – E399 test, correlation of impact energy to fracture toughness, factors affecting fracture toughness, ways to improve fracture toughness, fundamental sources of failures, procedure of conducting failure analysis, failure analysis report, failure of metals at high temperature service, tripology, wear, friction and lubrication.

1-      Metals casting: solidification characteristics, casting alloys, fluidity in casting, casting defects, shrinkage, porosities, hot cracking, macro – microstructure of casting, casting processes, sand casting, risers design ( Chvorinov’s rule ), sand molding, sand requirements, gating systems, casting inspection. die, mold and shell casting. 2-      Forging processes: classification, forging equipment, forging in plane strain, opened close die foging, forging deffects. 3-      Rolling of metals:  classification, rolling mills, hot rolling, cold rolling, load analysis and rolling deffects. 4-      Extrusion: classification, extrusion equipment, hot extrusion, deformation, lubrication & deffects in extrusion. 5-      Wire & tube  drawing: drawing processes, analysis of wire drawing and analysis of tube drawing.

Ceramics natural raw materials, their characterization and processing, shaping techniques, drying and firing of ceramic products, methods of glass shapin. Cements, their manufacture and hydration behavior, refractories, their types, manufacturing and applications. Engnerring ceramics, their classes, manufacturing & applications.

1-Introduction, definitions, classification, bonding, general physical     properties. 2-Viscoelasticity models. 3-Design methodology. 4-Melt rheology (I) & (II), properties of polymer melts & types of flow. 5-Shaping methods of polymers. 6-Fiber & elastomer technologies. 7-Reinforcements & polymeric composites. 8-Processing – property interactions.  

Writing technical reports, report preparation and presentation. Presentation of B.Sc. project literature review and project lay out plan. 

Elective course offered by the Metallurgical & Materials Engineering department each semester.

1-Introduction; types of defects in metal forming methods, their effect on mech. Properties and need for NDT. 2-Visual aids:boroscopes, toboscope and their use in testing. 3-Liquid penetrant methods: principles, equipments of dye and fluorescent methods, application and their limitations, examples of such uses in industry. 4-Magnetic methods: magnetic particle technique, magnetization and it’s  principle, limitations, examples in industry.     X-ray radiography: geometrical factors, principles and industrial radiography practice, technique charts, penetrameters, weld radiography, casting radiography, fine radiography, reference radiography, gamma radiography, examples in industry. 5-Ultrasonic: types of waves, wave velocity, beam spreading, refraction, mode conversion, attenuation. wave production, equipments and different probe, welds tubes, axles, shafts. 6-X-ray radiography: production, absorption, half wave thickness, scattering, film processing, filters, screens, inverse square law, detection technique charts in details. 7-Gamma rays radiography: fundamentals of radioactivity, decay, absorption, Gamma -ray sources, films for Gamma -ray radiography, safety, film protection, handling, storage and transportation, equipments. examples of uses in industry. 8-Thickness measurements: thickness guaging by radiation absorption, x-ray, gamma-ray, b-ray and a-ray (gauges) absorption and  magnetic induction and ultrasonic gauging resonance.uses in industry. 9-Eddy current methods: principles, detection, test coils and probes, use of cyclograph and probolog applications in tube, corrosion, thickness measurement, examples in industry. 10-Thermal method: thermography, temp. sensitive pigments, infrared technique. Electrical methods: based on resistance and potential drop, dielectric. Details about standards for all techniques. Some practical problems of industry and depending upon the type of defects, selection of technique.

1-Brief introduction to metallic, polymeric, ceramic & composite materials. 2-Properties & selection relationship. 3-Materials indentification & designation. 4-Degradetion & stability of the materials. 5-Materials & fabrication selection. 6-Economic analysis in material selection. 7-Economic evaluation of materials, processes & project. 8-Quantitative & non – quantitative methods of materials selection.     9-Case studies of selection.

Elective course offered by the Metallurgical & Materials Engineering department each semester.