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The Molecular Basis of Membrane Function

出版	Prentice-Hall, 1969
主題	Science / Life Sciences / BiologyScience / Life Sciences / Cell BiologyScience / Life Sciences / Molecular Biology
ISBN	013599621X9780135996218
URL	http://books.google.com.hk/books?id=YZ5qAAAAMAAJ&hl=&source=gbs_api

註釋Contents: Keynote address 1. Examples of hydrodynamic challenges of conventional and high-speed vessels -- Keynote address 2. Advances in marine structure research. Sess. 1A. Very large container ships - difficulties and potential from the hydrodynamic standpoint --Time domain prediction on steady and unsteady motion of marine hydrodynamic problem -- Verification of flat-plate friction coefficient at ship-scale Reynolds number. Sess. 1B : Practical design loads used for direct strength assessment of primary structural members of tankers -- Transverse versus longitudinal framing - a comparison based on equivalent design, productivity, and cost -- On the use of FCP theory to predict the fatigue life of ship structures. Sess. 2A. Waves induced by a submerged moving dipole in stratification fluid -- A study on turbulence behavior near air-water interface -- Ship waves generated by a surface-piercing body on a viscous fluid. Sess. 2B. An approach to first principle design of ship machinery systems -- A study on the core shape, strength and vibration characteristics of aluminum sandwich panel structure -- Experimental study on improving fatigue behavior of weldment by grinding treatment. Sess. 3A. A formulation to evaluate wave-drift added mass -- Numerical simulation of free surface flow around KCS -- The introduction to mathematical roughness function. Sess. 3B. A study on the irregular nesting problem using genetic algorithm and no fit polygon methodology -- Simulation of digitized plate stockyard management in a shipyard -- A study on main engine shaft alignment of large container considering hull deformation -- Vibration analysis of ring-stiffened cylindrical shell filled with water. Sess. 4A. Interactive program system for the design/analysis of marine propulsors -- A simple surface panel method "SQCM" in ship hydrodynamics -- Numerical method for hydrodynamic analysis and design of ducted propellers. Sess. 4B. Numerical simulation of ship collision -- Investigating high strain rate behavior of unidirectional composites by a visco-elastic model -- engineering structural optimization based on robust design. Sess. 5A. Hull form study of 37 K P/C through the variation of hull form parameter -- Investigation on touching sea bottom of an FPSO in shallow water -- Study on roll motion of a damaged FPSO. Sess. 5B. Evaluation criteria for risk-based design - facts and fiction -- Risk based ranking on nondestructive inspection performance of ship structures -- Analysis method for the mooring system of a flexible floating body. Sess. 6A. Application of DNS to simulate the flow around ship -- Numerical simulations of the flows with complex immersed stationary/moving interfaces by fictitious boundary method -- Research on characteristics of flow around cylindrical body of revolution -- Analysis of nonlinear character of ship rolling by wavelet transform. Sess. 6B. The mooring line tension prediction by NARMAX model -- Experimental study on resonant phenomena in a narrow gap between two modules of very large floating structures -- Study on MOB connector dynamic responses. Sess. 7A. The novel application of neural networks in ship maneuvering -- New long-term prediction of ship response considering critical standard deviation -- On spectral element formulation of the unsteady incompressible Navier-Stokes equations by SUPG and fractional ship techniques. Sess. 7B. The application and development of deep-sea vehicles technology in China -- Research on resistance and noise reduction coating technology -- An overview of research activities and achievements at CSSRC.