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Physical effects
THERMOMECHANICAL EFFECTS
  1. Measurement of temperature
  2. Precise positioning of objects
  3. Control, closing and opening of cracks, openings etc.
  4. Sealing and hermetization
  5. Connection, separation, clamping and fixation of parts
  6. Deformation, bending of bars and plates
  7. Self-control of components in technical system
  8. Creation of tension in mechanical constructions
  9. Transformation of thermal energy into mechanical energy
  10. Destruction of substances and materials
  11. Handling of heavy objects
  12. Creation of high gas pressures
  13. Self-removal of substances through phase transition
  14. Restoration of the original shape of deformed objects
HINT:
  1. Thermal expansion and shrinking of solid bodies, liquids or gases
  2. Bi- or poly-effect, e.g. bi-metals
  3. Phase transitions, changing of aggregate state, e.g. change of substance density and volume by phase transition LIQUID-SOLID (water, tin-base (Wood) alloy)
  4. Phase transitions of the second kind: shape memory of metals and polymers