Pages that link to "Item:Q1007950"
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The following pages link to Practical application of inverse heat conduction for wall condition estimation on a rotating cylinder (Q1007950):
Displaying 13 items.
- Inverse estimation of temperature boundary conditions with irregular shape of gas tank (Q709012) (← links)
- Reconstruction of local heat fluxes in pool boiling experiments along the entire boiling curve from high resolution transient temperature measurements (Q955522) (← links)
- A new method for identification of thermal boundary conditions in water-wall tubes of boiler furnaces (Q1009834) (← links)
- Heat flux estimation of a plasma rocket helicon source by solution of the inverse heat conduction problem (Q1013244) (← links)
- An inverse problem approach for estimating the wall heat flux in filmwise condensation on a vertical surface with variable heat flux and body force convection (Q1590441) (← links)
- A method characterising the reciprocal influence of the heated walls: Application to the heat transfer in a rotor-stator cavity (Q1592668) (← links)
- Estimation of heat flux on the surface of an initially hot cylinder cooled by a laminar confined impinging jet (Q1948891) (← links)
- Inverse prediction of wall temperature distribution on a cylinder exposed to radiatively active flow (Q2270990) (← links)
- Inverse problem estimation of internal heat transfer coefficients in ducts through a time-dependent reciprocity functional method (Q2685287) (← links)
- Inverse estimation of location of internal heat source in conduction (Q3017892) (← links)
- Inverse analysis of the time-dependent heat flux in stagnation point flow of incompressible fluid impinging on a cylinder with uniform surface suction-blowing using Levenberg–Marquardt method (Q5035854) (← links)
- Effects of wall thickness and material property on inverse heat conduction analysis of a hollow cylindrical tube (Q5240384) (← links)
- Experimental heat flux identification from a braking system (Q5300384) (← links)
