| 期刊論文| 1. | 吳聖儒、歐陽寬、夏曉文(2008)。電化學產氣裝置應用於水下潛體之微氣泡減阻實驗。中正嶺學報，36(6)，1-14。 延伸查詢 | | 2. | McCormick, M. E,、Bhattacharyya, R.(1973)。Drag Reduction of a Submersible Hull by Electrolysis。Naval Engineers Journal，85，11-16。  | | 3. | Latorre, R(1997)。Ship Hull Drag Reduction Using Bottom Air Injection。Ocean Engineering Journal，24(2)，161-175。 | | 4. | Wu, S.-J,、Hsu, C.-H,、Lin, T.-T.(2007)。Model Test of the Surface and Submerged Vehicles with the Micro-Bubble Drag Reduction。Ocean Engineering，34(1)，83-93。 | | 5. | Wu, S.-J,、Ouyang, K,、Shiah, S.-W.(2008)。Robust Design of Microbubble Drag Reduction in a Channel Flow Using the Taguchi Method。Ocean Enginnering，35，856-863。 | | 6. | Moriguchi, Y,、Kato, H.(2002)。Influence of Microbubble Diameter and Distribution on Frictional Resistance Reduction。Journal of Marine Science and Technology，7，79-85。 | | 7. | Wu, S.-J,、Ouyang, K,、Shiah, S.-W.(2008)。Robust Design and Numerical Simulation on Drag Reduction by a Mixture Film for Liquid Turbulence in a Channel。International Journal of Numerical Methods in Fluids，60，1079-1102。 | | 8. | Kato, H,、Iwashina, T,、Miyanaga, M.、Yamaguchi, H.(1999)。Effect of Microbubbles on the Structure of Turbulence in a Turbulent Boundary Layer。Journal of Marine Science and Technology，4，155-162。 | | 9. | Lattorre, R.(1997)。Ship Hull Drag Reduction Using Bottom Air Injection。Ocean Engineering，24(2)，161-175。 | | 10. | Wedin, R,、Davoust, L.、Cartellier, A,、Byrne, P.(2003)。Experiments and Modeling on Electrochemically Generated Bubbly Flows。Experimental Thermal and Fluid Science，27，685-696。 | | 11. | Kawamura, T,、Kodama, Y.(2002)。Numerical Simulation Method to Resolve Interactions between Bubbles and Turbulence。Int. J. Heat and Fluid Flow，23，627-638。 | | 12. | Patankar, N. A,、Joseph, D.D.(2001)。Modeling and Numerical Simulation of Particulate Flows by the Eulerian-Lagrangian Approach。International Journal of Multiphase Flow，27，1659-1684。 | | 13. | Drew, D. A.(1983)。Mathematical Modeling of Two-Phase Flow。Annual Review Fluid Mech，15，261-291。 | | 14. | Murai, Y,、Matsumoto, Y.(1996)。Numerical Simulation of Turbulent Bubbly Plumes Using Eulerinan-Lagrangian Bubbly Flow Modeling Equation。Proc. of ASME FED, FED，236，67-74。 | | 15. | Legner, H. H.(1984)。A Simple Model for Gas Bubble Drag Reduction。Phys. of Fluids，27，2788-2790。 | | 16. | Madavan, N. K,、Merkle, C. L,、Deutsch, S.(1985)。Numerical Investigations into the Mechanisms of Microbubble Drag Reduction。Journal of Fluids Engineering，107，370-377。 | | 17. | Kim, K. D.、Choi, D.W.、Choa Y. H,、Kim, H. T.(2007)。Optimization of Parameters for the Synthesis of Zinc Oxide Nanoparticles by Taguchi Robust Design Method。Colloids and Surface A : Physicochemical Engineering，331，170-173。 | | 18. | Nikbakht, R,、Sadrzadeh, M,、Mohammadi, T.(2007)。Effect of Operating Parameters on Concentration of Citric Acid using Electrodialysis。Journal of Food Engineering，83，596-604。 | | 19. | Marie, J. L.(1986)。A Simple Analytical Formulation for Microbubble Drag Reduction。Physical Chemical Hydrodynamics，8，213-220。 | 會議論文| 1. | Takahashi, T,、Kakugawa, A,、Makino, M,、Yanagihara, T,、Kodama, Y.(2000)。A Brief Report on Microbubble Experiments Using 50m-Long Flat Plate Ship。 | | 2. | Kodama, Y.(1998)。Effect of Microbubbles Distribution on Skin Friction Reduction。Newport。 | | 3. | Tsai, J. F,、Chen, C.-C.(2006)。Experimental Study on the Micro-Bubble Drag Reduction Effect in Water Tunnel and Towing Tank。Shanghai, China。 | | 4. | Takahashi, T,、Kakugawa, A,、Kawashima, H,、Kodama, Y.(1999)。Experimental Skin Friction Reduction by Microbubbles Using a Ship with a Flat Bottom。Tokoyo。 | | 5. | Kawamura, T,、Fujiwara, A,、Takahashi, T,、Kato, H,、Matsumoto, Y. Kodama, Y.(2004)。The Effects of the Bubble Size on the Bubble Dispersion and Skin Friction Reduction。 | | 6. | Kawamura, T,、Kodama, Y.(2001)。Direction Numerical Simulation of Wall Turbulence with Bubbles135-143。 | | 7. | Sugiyama, K,、Kawamura, T. Takagi, S.(2002)。Matsumoto, Y. Numerical Simulation on Drag Reduction Mechanism by Microbubbles129-138。 | 圖書| 1. | 李輝煌(2008)。田口方法：品質設計的原理與實務。台南：高立圖書有限公司。 延伸查詢 | | 2. | Holman, J. P.(2001)。Experimental Methods for Engineers。New York。 | | 3. | Hassan, Y. A,、Villafuerte, J. O.(2001)。Experimental Study of Micro-bubble Drag Reduction Using Particle Image Velocimetry。 | |