Machine Elements Design

Semester: 
Fall

Teaching:

  1. Stresses and Factor of safety theories
  2. Fits and tolerances theories
  3. Design of Fatigue loaded Parts
  4. Design of Welded Connections
  5. Design of Bolted and Riveted Connections
  6. Design of Springs
  7. Design o

Computer Skills

  • Programming Languages:
    1. MS Visual Studio (Basic and C#)
    2. Matlab

Fields of Interest

  • Optimization Design
  • FE Modelling and Analysis
  • Contact Mechanics
  • Dynamic Analysis
  • Mechanisms Control
  • Materials Mechanics
  • Micro and Nano Systems Behaviour
  • CAD and CAM Programming
Hussein, M. M., and S. M. Metwalli, "INTERACTIVE BELT DRIVE MECHANICS USING CAD PROGRAM AND FINITE ELEMENT VALIDATION", FIFTH ASSIUT UNIVERSITY INTERNATIONAL CONFERENCE ON MECHANICAL ENGINEERING ADVANCED TECHNOLOGY FOR INDUSTRIAL PRODUCTION, Assiut, Egypt, 29-31 March, 2011.

Engineering and Mechanical Graphics

Semester: 
Fall

Engineering Graphics:

  1. How to deal with engineering graphics tools
  2. Tangency Theories
  3. Projection
  4. Isometric and Oblique 3D Models
  5. Parts Cutting Sections
  6. Steel Structure Drawings
  7. Curved Surface Intersection
  8. Surfaces Developments
Mechanical Graphics:
  1. Manual Assembly Drawings "Constructional Drawings"
  2. Working Drawings
  3. Introduction to CAD "Solidworks program"

Power Transmission Systems Design

Semester: 
Fall

Teaching the design of:

  1. Fatigue Springs
  2. Rotating Shafts
  3. Different types of Bearings
  4. Different types of gears
  5. Different types of flexible elements
  6. Different types of clutches and brakes

"SolidWorks" CAD Program Course

Semester: 
Fall
Teaching
  1. How to deal with Solidworks Program.
  2. How to create 3D Parts
  3. How to create an assembly of a mechanism consists of many parts.
  4. How to animate,explode and re-assemble the full mechanism.
  5. How to export different types of drawing sheets and different types of files. 
Hussein, M. M., S. M. Metwalli, A. - N. A. Mohamed, and A. A. Shabana, "BELT DRIVE MECHANICS WITH ABSOLUTE NODAL COORDINATE FINITE ELEMENT VERIFICATION", ASME 2010 International Mechanical Engineering Congress & Exposition, Vancouver, British Colombia, Canada, 12-18 November, 2010.
Hussein, M. M., B. A. Hussein, and S. M. Metwalli, "OPTIMIZATION FOR SLIP ANALYSIS OF BELT DRIVES WITH FINITE ELEMENT VERIFICATION", ASME 2013 International Mechanical Engineering Congress & Exposition, San Diego, California, USA, 15-21 November, 2013.
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