Compare the heat transfer dynamics between carbon steel and cast iron.
Master Rule: While both have similar thermal conductivity, thickness and mass drastically alter real-world performance.
Configure Parameters
3 mm
500 F
Calculated Targets
Temp Drop on Impact
45 F
recovery time varies
Conductivity (k)
51 W/(m*K)
Recovery Time
45 sec
Heat Flux
High
Adjust inputs to see changes.
Reference Data
| Material | Conductivity | Specific Heat |
|---|---|---|
| Carbon Steel | 51 W/(m*K) | 0.49 J/(g*K) |
| Cast Iron | 52 W/(m*K) | 0.46 J/(g*K) |
| Stainless | 16 W/(m*K) | 0.50 J/(g*K) |
| Aluminum | 237 W/(m*K) | 0.90 J/(g*K) |
Precision Master Protocol
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1Step 1: Measure thickness in mm.
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2Step 2: Heat over flame to 450 F.
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3Step 3: Drop a 1 lb Heritage Beef steak in.
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4Step 4: Monitor temp drop with infrared.
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5Step 5: Record recovery time.
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