Mechanical Engineering 1

Course contents

- Rules of engineering drawing
- Projections and sections
- Dimensioning, tolerances and surface annotations
- Drawing by hand
- CAD, 3D modelling, engineering drawing
- CAD for assemblies
- CAD for kinematic and parametric design
- Atomic structure of crystalline materials
- Chemical properties and atomic bound of metals
- Crystal structures, planes and defects
- Alloys, mixed crystals, equilibrium diagrams
- Hardening, eutectoid transformation
- Diffusion, recrystallization, recovery and growth
- Elasticity, plasticity, creeping, relaxation, inner strain, fatigue strength, Wöhler diagram
- Ferrous materials, production, metallurgy, iron-carbon-diagram, steel, cast iron, processing
- Heat treatment: annealing, hardening, tempering, curing
- Nonferrous metals: aluminum, copper, titanium, nickel, magnesium, tin, zinc
- Plastics: elastomer, duroplastic and thermoplastic plastics
- Chain molecules, meshes, crystals and amorphous structures
- Synthesis, polymerization, rupture, viscosity, strain-stress behavior, ductility, co-polymerization, plasticizer
- Ceramics and compound materials
- Physical properties, tribological stress, wear, corrosion, recycling
- Material nomenclature, material testing

Department

Bachelor's program Mechatronics