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Use consistent units and the requested inputs.
Clutch Isil Load Preliminary Analysis - Machine Sasesi Disk Temperature Artisi Calculator
Temperature rise from absorbed energy for this calculator. Divide energy absorbed by the component by its mass and specific heat capacity. Lumped-parameter approximation: assumes a uniform temperature and constant specific heat, neglecting heat loss.
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kJ
kg
kJ/kgK
Estimated result
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Guide
How to use this calculator
2. Review the result
Use the main result and breakdowns as a planning estimate.
3. Check context
For regulated topics, verify current local rules before acting.
Reviewed calculation details
Clutch Isil Load Preliminary Analysis - Machine Sasesi Disk Temperature Artisi Calculator: method and worked example
What the calculation does
ΔT (°C) = energy (kJ)/(clutch mass (kg) × specific heat (kJ/kg·K)); adiabatic uniform lumped mass.
Example using the prefilled values
Inputs: energy=28 kJ; mass=5 kg; cp=0.46 kJ/kgK
How to interpret the result
Preliminary idealized engineering value, not a manufacturer-certified operating rating.
Assumptions and limitations
Thermal clutch screening assumes fixed slip torque, rpm and time or an average fixed energy per cycle. Radiation, convection, heat rejection during slip, nonuniform contact temperatures, lubricant effects, thermal inertia distribution, allowable lining temperature and clutch energy rating are NOT established. A computed temperature rise is NOT a certified operating-temperature prediction.
Input
Inputs used by this calculator
Review the values and units used by this calculator before calculating.
Diske gecen EnergykJEffective disk MasskgOzgul HeatkJ/kgK