Guilloton, Rene. 



1. Potential theory of wave resistance of ships with tables for its calculation. Trans. 

 SNAME 95 (1951), 86-123; discussion 123-128. 



Hansen. E. T. 



1. The theory of ship waves. PRSL 111 (1926), 491-529. 



Havelock, T. H. 



1. Studies in wave resistance: influence of the form of the water-plane section of the 

 ship. PRSL 103 (1923), 571-585. 



2. Studies in wave resistance: the effect of parallel middle body. PRSL 108 (1925), 

 77-92. 



3. Wave resistance: the effect of varying draught. PRSL 108 (1925), 582-591. 



4. Ship waves: the calculation of wave profiles. PRSL 135 (1932), 1-13. 



5. Ship waves: their variation with certain systematic changes of form. PRSL 136 

 (1932), 465-471. 



6. The theory of wave resistance. PRSL 138 (1932), 339-348. 



7. Ship waves: the relative efficiency of bow and stern. PRSL 149 (1945), 417-426. 



8. The sinkage of a ship at low speeds. Z. angew. Math. Mech. 19 (1939), 202-205. 



9. Calculations illustrating the effect of boundary layer on wave resistance. Trans. INA 

 90 (1948), 259-266; discussion 266-271. 



10. Some aspects of the theory of ship waves and wave resistance. Trans. NECIES 42 

 (1926), 71-83. 



1 1 . Wave resistance theory and its application to ship problems. Trans. SNAME 59 

 (1951), 13-24. 



Hogner, E. 



1. Contributions to the theory of ship waves. Ark. Mat. Astr. Fis. 17, No. 12 (1923), 

 1-50. 



2. Ueber die Theorie der von einem Schiff erzeugten Wellen and des Wellenwiderstandes. 

 Proc. First Internat. Congr. Appl. Mech., Delft, 1924, pp. 146-160 (plates XIII, 

 XIV). 



Inui. Takao. 



1. Japanese developments on the theory of wave-making and wave resistance. Seventh 

 Internat. Conf. on Ship Hydrodynamics, Oslo, 1954, 60 pp.; discussion, pp. 61-70. 



2. A new theory of wave-making resistance, based on the exact conditions of the sur- 

 face of ships. I. 1. Effect of hull breadth. J. Zosen Kyokai 85 (1952), 29. 



3. A new theory of wave -making resistance, based on the exact conditions of the sur- 

 face of ships. II. 2. Effect of draught. 3. Effect of viscosity. J. Zosen Kyokai 93 

 (1953), 11. 



John. Fritz. 



1. On the motion of floating bodies. I. Comm. Pure Appl. Math. 2 (1949), 13-57. 



Keldysh. M. V.; and Sedov, L. I. 



1. The theory of wave resistance in a channel of finite depth. Proc. Conf. on Theory 

 of Wave Resistance, Moscow, 1937, pp. 143-152. 



Kochin, N. E. 



1. On the wave -making resistance and lift of bodies submerged in water. Proc. Conf. 

 on Theory of Wave Resistance, Moscow, 1937, pp. 65-134. Translated in SNAME 

 Tech. and Res. Bull. 1-8 (1951). 



Kostyukov, A. A. 



1. On the wave resistance of a caravan of ships. Prikl. Mat. Mekh. 17 (1953), 33-38. 



Lavrent'ev, V. M. 



1. Influence of the boundary layer on the wave resistance of a ship. Dokl. Akad. Nauk 

 SSSR (N. S.) 80 (1951), 857-860. Translated in TMB Translation 245 (1952), 4 pp. 



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