Heat transfer mechanisms in fused filament fabrication

This updated dataset enables temperature simulation of the fused filament fabrication(FFF) process with Matlab. Dynamic temperature fields T(x,y,z,t) subjected to 15 variables (heat capacity c(p,T), density ρ(p,T), thermal conductivity λ, nozzle temperature T_n, plate temperature T_p, air temperature above the place T_a, room temperature T_∞, nozzle diameter ϕ, part length L, part width W, part height H,layer thickness ℏ, travelling speed v, convective coefficient h, and material emissivity ε ) combinations become available. Read readme.pdf for more information. This algorithm also applies in a few other extrusion-temperature based additive manufacturing (AM) techniques with proper adaptations.