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Table 1: Some Key Events in Wind Engineering Year Researcher Event
"... In PAGE 2: ... This result is of particular use for bluff bodies at modest to high Reynolds number. The analysis of continuum mechanics was developed by a mixture of mathematicians and hydraulicians such as Bernoulli, Euler, d apos;Alembert, Navier, Stokes, Cauchy, Poisson, Reynolds and Joukowski to mention a few (see Table1 ). The most general formulation of the equations of motion is attributed to the French mathematician, Claude Louis Marie Henri Navier, and the British physicist, Sir George Gabriel Stokes.... In PAGE 5: ...This was particularly true after the dramatic failure of the Tacoma Narrows Bridge. It is worth noting that this mechanism of torsional failure was not a new phenomenon (see Table1 ). The transition from dynamic bridge to dynamic building studies was principally motivated by the decision to build the twin towers of the World Trade Center (Figure 3) in New York [Davenport, 1988; Cochran, 2002].... ..."
TABLE 1 Summary of partial correlations for all homophones used in Experiment 1 and for the subset of homophones that differed with respect to vowel contingency
Table 3: Body Parameters
"... In PAGE 8: ...able 2: Joint Limits ...............................................................................................................29 Table3 : Body Parameters.... ..."
Table 1 Main body
"... In PAGE 5: ... NUMERICAL SIMULATION Numerical simulations are implemented to verify the per- formances of the proposed control system. Table1 shows the physical parameters of the robot which are used in numerical simulations. Table 1 Main body... ..."
Table 2. Standardization Bodies
"... In PAGE 3: ...Sources: Ministry for Internal Affairs and Communications, Report of the Research Group on Networking of Digital Household Appliances , quot; and Nikkei BP. Table2... ..."
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