Calculated Data Recorded T1 T3 Fo 1/Bi (h) Convective Time Bath Geometric Fourier Inverse Biot heat Temperature Centre Number Number transfer Temperature Temperature coefficient Seconds 0 5 10 15 20 25 30 35 40 Table 10.3: Properties of Specimen: 20mm diameter Brass Cylinder Recorded T1 T3 Fo 1/Bi (h) Convective Time Bath Geometric Fourier Inverse Biot heat Temperature Centre Number Number transfer Temperature Temperature coefficient Seconds 0 5 10 15 20 25 30 35 40 Table 10.4: Properties of Specimen: 20mm diameter stainless steel Cylinder Sample Calculations The calculation procedure for system with finite internal and surface heat transfer resistance is as follows. For each sample after intermission the non-dimensional temperature is calculated.
Calculated Data Recorded Time T1 Bath Temperature T3 Geometric Centre Temperature Temperature Fo Fourier Number 1/Bi Inverse Biot Number (h) Convective heat transfer coefficient Seconds 0 5 10 15 20 25 30 35 40 Table 10.3: Properties of Specimen: 20mm diameter Brass Cylinder Recorded Time T1 Bath Temperature T3 Geometric Centre Temperature Temperature Fo Fourier Number 1/Bi Inverse Biot Number (h) Convective heat transfer coefficient Seconds 0 5 10 15 20 25 30 35 40 Table 10.4: Properties of Specimen: 20mm diameter stainless steel Cylinder Sample Calculations The calculation procedure for system with finite internal and surface heat transfer resistance is as follows. For each sample after intermission the non-dimensional temperature is calculated.
hmt_manual_2018_new_vesrion.docx