All Stories

  1. New Step Response Formulation for Inverse Heat Conduction
  2. Cross Correlation and Inverse Heat Conduction by a Calibration Method
  3. Two-dimensional formulation for inverse heat conduction problems by the calibration integral equation method (CIEM)
  4. Nonlinear, Rescaling-Based Inverse Heat Conduction Calibration Method and Optimal Regularization Parameter Strategy
  5. Phase-Plane and Cross-Correlation Analysis for Estimating Optimal Regularization in Inverse Heat Conduction
  6. Calibration Integral Equation Method for Two-Probe Inverse Heat Conduction Analysis
  7. A Nonlinear, Rescaling Based Inverse Heat Conduction Calibration Method and Optimal Regularization Parameter Strategy
  8. Nonlinear Inverse Calibration Heat Conduction Through Property Physics
  9. Surface Heat Flux Prediction Through Physics-Based Calibration, Part 2: Experimental Validation
  10. Global time method for inverse heat conduction problem
  11. Surface heat flux prediction through physics-based calibration: part 1- theory
  12. Surface Heat Flux Prediction Through Physics-Based Calibration: Part 2-Experimental Validation
  13. A new three-dimensional heat flux–temperature integral relationship for half-space transient diffusion
  14. Rate-Based Sensing Concepts for Heat Flux and Property Estimation; and, Transition Detection
  15. New In-Situ Method for Estimating Thermal Diffusivity Using Rate-Based Temperature Sensors
  16. Locating Sudden Changes in Heat Flux Using Higher Temporal Derivatives of Temperature
  17. A new Fully Implicit Heat Conduction Method
  18. A new multidimensional integral relationship between heat flux and temperature for direct internal assessment of heat flux
  19. Heating-Rate Measurements Developed from In-Situ Thermocouples Using a Voltage-Rate Interface
  20. In-Phase Error Estimation of Experimental Data and Optimal First Derivatives
  21. In-Phase Error Estimation of Experimental Data and Optimal First Derivatives
  22. The Correlation of Simultaneous Heat and Mass Transfer Experimental Data for Aqueous Lithium Bromide Vertical Falling Film Absorption