Computational Methods and Experimental Measurements XVWIT Press, 2011 - 715 pages It is important that scientists who perform experiments, researchers who develop computer codes, and those who carry out measurements on prototypes all communicate effectively. While computer models are now more reliable and better able to represent more realistic problems, experimental measurements need to be conditioned to the requirements of the computational models. progress of engineering sciences depends on the orderly and progressive concurrent development of all three fields. This book contains the results of the latest in a biennial series of meetings to facilitate that communication and development that began in 1984. The papers presented at the conference include topics such as: Computational and experimental methods; Computer interaction and control of experiments; Direct, indirect and in-situ measurements; Structural and stress analysis; Sound and vibration; Electrical and electromagnetic applications; Fluid flow; Industrial applications; Composite materials; Material characterisation; Heat transfer and thermal processes; Data acquisition and processing; Data management; Multiscale modelling; Advances in instrumentation; and Nanoparticles. |
Table des matières
Fluid flow | 179 |
Heat transfer and thermal processes | 241 |
Stress analysis | 305 |
Composite materials | 375 |
Detection and signal processing Special session organised by Prof A Kawalec | 409 |
Advances in measurements and data acquisition | 495 |
Multiscale modelling | 587 |
Ballistics | 613 |
Railway transport | 657 |
713 | |
Expressions et termes fréquents
2011 WIT Press airfoil algorithm analysis analyzed angle of attack applied axial behaviour bitumen blade boundary calculated carbon nanotubes composite cubes compound channel compression computed concrete crack curve damage developed distribution drag surfaces drill string dynamic effect energy Engineering equation experimental film cooling finite element flow fluid fracture frequency function genetic algorithm grain heat flux heat transfer heat transfer coefficient increase interaction diagrams interface Keywords layer load material measurements mechanical metakaolin method Modelling and Simulation nanofluids obtained parameters particles performance piezoelectric plastic plate polyurethane prediction presented pressure problem projectile properties radar railway ratio Research rubber S-layer samples sensor shear shown in Figure shows signal solution speed stress structure technique Technology temperature thermal train Transactions on Modelling transition turbulence University values velocity viscosity WIT Press Figure WIT Transactions Zappalà