Mechanical Engineering

Three dimensional stress analysis. Tolerances. Static design criterion; concentration, safety factor, error theories for fragile materials and pipes. Fatigue design criterion for rough and compound stresses. Shaft design. Design of continuous links; riveted links, resource links. Detachable connection design, bolted connections, screw strength, switches, bolts and nuts. Zemberek (bow) design. Friction, wear and grease; lubrication system. Criteria for selection of transport type. Design of towing rocks; Frictionless transport; Power transmission. Gear design and types; Coupling design, clutch and braking. Driver belt design; flat belts, V-belts. Rope and chain pull design.

Introducing machine elements in machine construction with analyzing phase. Setting mathematical models using basic engineering sciences for functional and strength calculations, finding input-output values with the help of existing expert models. Using standards and design criteria. To develop imagination, creativity and precept and to gain experience. To provide the necessary knowledge and ability for design and synthesis phases and to prepare for the prototype production, trial and marketing.