Transcription of Thermal effects on materials - UPM
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Thermal effects ON materials . Thermal effects .. 2. materials . Types and properties .. 3. Classification of Thermal effects on materials .. 4. Types of material properties .. 5. Refractory materials .. 6. Heating techniques .. 7. Thermal properties .. 8. Thermodynamic .. 8. Thermophysical .. 10. 13. Measurement of Thermal properties .. 13. Temperature effects on mechanical properties .. 14. 14. Displacement .. 15. Strain .. 15. Stress .. 16. Constitutive relations .. 16. Thermoelastic deformation and 21. Temperature-dependant shape-memory materials .. 23. Plasticity. Plastic deformation and bending .. 25. Thermoplastic shrinkage. Heat line technique or line heating method .. 25. Heat joining. Welding distortions .. 26. Heat cutting .. 27. Heat treatment .. 28. Recrystallisation temperature .. 28. Thermal creeping .. 29. Fracture .. 30. Brittle-ductile transition.
A general idea to keep in mind is that materials cannot resist very high temperature, say over 1000 K, without decomposition; materials resistant to high temperatures (from 1000 K to 3000 K) are called refractories. On the other hand, the effect of . very low temperatures (cryogenics) is mainly an increase in
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