Results 221 to 230 of about 144,130 (263)

Experimental Mechanics in Nano-engineering

2011
A new renaissance in the field of Experimental Mechanics is well underway because of the recent technologies developed for Nano-Engineering. There are many challenges to face and overcome when going from the macro world to the manipulation of nano-objects.
Cesar A. Sciammarella, Federico M. Sciammarella, Luciano Lamberti   +2 more
openaire   +1 more source

Experimental Mechanics

This methodological tool is designed for engineering and natural science students and professionals working with materials at macro, micro, and nanoscales. It comprehensively details five key experimental mechanics methods: contact angle measurement, optical microscopy, a multi-wavelength laser diffractometer, holographic interferometry, and a fiber ...
Sigita Urbaitė, Giedrius Janušas, Arvydas Palevičius   +2 more
openaire   +1 more source

Advances in Experimental Mechanics

2004
.
SCIAMMARELLA C. A., ABEN H., AJOVALASIT A., ALBERTAZZI A., ALLISON I., ASUNDI A., ATZORI B., BARTON J., BELINGARDI G., BERETTA S., BERTINI L., BLARASIN A., BORBAS Lajos, BURGUETE R., CALDERALE P. M., CAPITANI R., CAPPA P., CARDON A., CHIANG F., CIPOLLA G., COURTOIS B., CHONA R., CHRYSOCOOS A., CRISTOFOLINI, LUCA, DEBONA F., DEL GROSSO A., DEMELIO G., DIAS A. M., EMRI I., ESPINOZA H., EWINS D., FREDDI A., FREIRE J., GERVAIS Y., GIACOMIN J., GILBERT J., GINESU F., GRINZATO E., HUNG M., HUNTLEY J., INAUDI D., INMAN D., JAMES N., JACQUOT P., JONES A., KALTHOFF J. F., KUJAWINSKA M., LAERMANN K., LARKIN A., LA ROSA G., LEBRUN J., MACERI F., MARCHETTI M., MIYANO Y., MIZRAHI J., MOLIN N., MORIMOTO Y., NICOLETTO G., O'BRIEN E., ORTEU J. J., OSTEN W., PATTERSON E., PICCIOLO G., PLUVINAGE G., PODBIELSKA H., POGGIALINI A., PRIOLO P., QUAGLIARELLA L., RASTOGI P., ROVATI L., SILVA GOMES J., STANLEY P., STORER D., SUTTON M., TAKASHI M., TIZIANI H., TUTTLE M., ULEA M., VARADAN V., VAN SWYGENHOVEN H., VOLOSHIN A., WORDEN K., YAMAGUCHI I.   +82 more
openaire   +3 more sources

Experimental Fluid Mechanics

1983
Many fluid flow problems cannot be solved mathematically because of the complex nature of the equations involved and of the boundaries of the flow regime. Many others can be solved only after certain simplifying assumptions have been made and it is then necessary to verify the solution through experiments. In the first group of problems it goes without
openaire   +1 more source

Recent Advances and Applications of Machine Learning in Experimental Solid Mechanics: A Review

Applied Mechanics Reviews, 2023
Espinosa Horacio D
exaly  

Experimental Mechanics

Materials Research Proceedings, 2023
openaire   +1 more source

Perspective: Machine learning in experimental solid mechanics

Journal of the Mechanics and Physics of Solids, 2023
Jeff Rossin, Craig M Hamel, Mclean P Echlin   +2 more
exaly  

DUAL MECHANISMS FOR EXPERIMENTAL HYPERTENSION

The Lancet, 1972
F Gross, J Möhring, J.D Swales, H Thurston   +3 more
openaire   +2 more sources

The Experimental Mechanics of Microcracks

1992
The experimental mechanics of small cracks require high spatial resolution measurements that are only obtained by using the scanning electron microscope. This paper describes how cyclic loading stages developed for the scanning electron microscope have been used successfully to study growing microcracks, both at ambient and elevated temperatures.
openaire   +1 more source

Experimental Mechanics

2022
openaire   +1 more source