All Stories

  1. Ultrasound excited thermography: an efficient tool for the characterization of vertical cracks
  2. Characterizing open and non-uniform vertical heat sources: towards the identification of real vertical cracks in vibrothermography experiments
  3. Sizing vertical cracks using burst vibrothermography
  4. Optimizing the Inversion Protocol to Determine the Geometry of Vertical Cracks from Lock-in Vibrothermography
  5. Application of burst vibrothermography to characterize planar vertical cracks
  6. Fast geometrical characterization of vertical cracks using burst vibrothermography
  7. Optimization of Total Variation regularization to improve the accuracy of the characterization of vertical cracks by lock-in vibrothermography
  8. Characterization of rectangular vertical cracks using burst vibrothermography
  9. Vertical cracks characterization using lock-in thermography: I infinite cracks
  10. Vertical cracks characterization using lock-in thermography: II finite cracks
  11. Characterization and spatial resolution of cracks using lock-in vibrothermography
  12. Defect Characterization from Lock-in Vibrothermography Data
  13. Advances in Crack Characterization by Lock-In Infrared Thermography
  14. Development of a discontinuous finite element method to characterize vertical cracks using lock-in thermography
  15. Finite element model for crack characterization by lock - in thermography inspection
  16. Vertical cracks characterization and resolution from lock-in vibrothermography
  17. Characterization of vertical buried defects using lock-in vibrothermography: II. Inverse problem
  18. Characterization of vertical buried defects using lock-in vibrothermography: I. Direct problem
  19. Application of the Thermal Quadrupoles Method to Semitransparent Solids
  20. Design of experiments and energy dissipation analysis for a contact mechanics 3D model of frictional bolted lap joints
  21. Defect shape and size discrimination using infrared vibrothermography
  22. Simultaneous measurement of thermal diffusivity and optical absorption coefficient using photothermal radiometry. II Multilayered solids
  23. Analysis of the Tikhonov regularization to retrieve thermal conductivity depth-profiles from infrared thermography data
  24. Accurate reconstruction of the thermal conductivity depth profile in case hardened steel
  25. Accurate measurements of the thermal diffusivity of thin filaments by lock-in thermography
  26. Accurate measurements of the thermal diffusivity of thin films and thin filaments using lock-in thermography
  27. Improved algorithm to reconstruct the thermal conductivity depth profile in hardened steels
  28. Reconstruction of radial thermal conductivity depth profile in case hardened steel rods
  29. Thermal wave scattering by two overlapping and parallel cylinders
  30. A real-time solution for an inverse Cauchy problem in cardiology
  31. Propagation of thermal waves in multilayered cylinders using the thermal quadrupole method
  32. Characterization of subsurface overlapping cylindrical inclusions by infrared thermography
  33. Thermal characterization of rods, tubes and spheres using pulsed infrared thermography
  34. Thermal diffusivity of rods, tubes, and spheres by the flash method
  35. Application of the thermal quadrupole method to the propagation of thermal waves in multilayered cylinders
  36. Degeneracy of the thermal properties of buried structures
  37. Effective thermal diffusivity of composites by the flash method
  38. A Mixed BEM Applied to Scattering of Thermal Waves in Composite Materials
  39. Scattering of cylindrical thermal waves in fiber composites: In-plane thermal diffusivity
  40. An interior–exterior Schwarz algorithm and its convergence
  41. On the effective thermal diffusivity of fiber-reinforced composites
  42. Extrapolation techniques and the collocation method for a class of boundary integral equations