The heat required to melt a solid can be calculated as
q = Lm m (1)
where
q = required heat (J, Btu)
Lm = latent heat of melting (J/kg, Btu/lb)
m = mass of substance (kg, lb)
The heat required to melt 10 kg of ice to water can be calculated as
q = Lm m
= 334 103 (J/kg) 10 (kg)
= 3340000 (J)
= 3340 (kJ)
Material properties of gases, fluids and solids - densities, specific heats, viscosities and more.
Melting and freezing points of elements and chemical species at varying conditions.
Work, heat and energy systems.
Mechanical properties of aluminum alloys - tensile strength, yield strength and more.
Cu - Copper - binary eutectic alloys and their melting points.
Melting points, heat of fusions, boiling points and heat to evaporate common substances - like hydrogen, water, gold and more ..
Thermal and thermodynamic properties of ice like density, thermal conductivity and specific heat at temperatures from 0 to -100 oC.
Fe - Iron - binary eutectic alloys and melting points.
Pb - Lead (Plumbum) - binary eutectic alloys and melting points.
Common fluids and their freezing and melting points.
Mg - Magnesium - binary eutectic alloys and melting points.
Alloys and their melting points.
Melting and boiling point temperatures, latent heat of evaporation, and melting heat of common substances like copper, gold, lead and more - SI units.
Boiling points and specific heat of liquid metals.
The melting temperatures for some common metals and alloys.
Sizing snow melting systems - water and antifreeze.
Melting and boiling temperatures of some products.
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