Theory: 

• Basic concepts of Mechanical Measurements

• Measuring instruments

• Introduction to Metrology

• Uncertainty, sensitivity, error analysis, dynamic behavior, damping, measurement standards

• Fixed and dynamic measurements, detectors, intermediate modulation systems, terminals

• Design of metering devices

• Digital measurement processing and presentation techniques for complex engineering systems

• Measurement of tolerances, force, pressure, temperature, roughness, oscillations, time, frequency

Theory: 

• Methodology of Design of Machine Elements, and Materials

• The use of the Computer’s in machine design

• Optimization of machine elements and engine design

• Theories of failures and design under fluctuating loads

• Fatigue and cumulative damage. Miner’s Rule

• Static and dynamic stress analysis

• Pressure vessels

• Metal structures

• Computer stresses analysis

• Mechanical joints

• Connections with tight fittings

Theory: 

• Elastic elements, springs, wedges

• Friction couplings

• Power transfer

• Shafts, materials, manufacturing, configuration, stress design and critical speeds

• Shaft’s dynamic analysis

• Design of shafts with a computer

• Belts design

• Clutches and brakes Design

• Hertz theory

• Lubrication, Stribeck curve, journal bearings

• Rolling bearings and elastohydrodynamic lubrication

• Theory of gears and gear teeths

• Various kinds of gears (worm, helical, bevel, spiral bevel gears, planetary gears), configurations, calculation methods, industrial applications and stress analysis design