| 359 - 386 |
Application of artificial neural networks modeling to sprays and spray impingement heat transfer
Aamir MA, Awais MM, Watkins AP |
| 387 - 401 |
Improved TAB model for prediction of spray droplet deformation and breakup
Park JH, Yoon Y, Hwang SS |
| 403 - 417 |
The characteristics of postimpingement diesel spray, part I: Penetration and volume
Ko K, Arai M |
| 419 - 430 |
The characteristics of postimpingement diesel spray, part II: Empirical equation of penetration
Ko K, Arai M |
| 431 - 449 |
Characteristics of interimpingement diesel spray
Chiba T, Saito M, Amagai K, Arai M |
| 451 - 461 |
Application of hough transform to image processing of heavily overlapped particles with spherical shapes
Kim YD, Lee SY |
| 463 - 500 |
Numerical studies of air-assisted sprays
Chang DL, Lee CFF |
| 501 - 511 |
Breakup transitions within dense sprays
Lengsfeld CS, Delplanque JP, Dunn-Rankin D |
| 513 - 537 |
Extending the dynamic range of phase doppler interferometry measurements
Widmann JF, Presser C, Leigh SD |
| 539 - 557 |
Dynamic structure of direct-injection gasoline engine sprays: Air flow and density effects
Kashdan JT, Shrimpton JS, Arcoumanis C |
