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   investigation of wood properties at elevated temperature  
   
نویسنده bragov anatoliy m. ,iuzhina tatiana n. ,lomunov andrey k. ,igumnov leonid a. ,belov alexandr a. ,eremeyev victor a. ,eremeyev victor a.
منبع journal of applied and computational mechanics - 2022 - دوره : 8 - شماره : 1 - صفحه:298 -305
چکیده    The results of dynamic compression tests of aspen under elevated temperature up to +60°c are presented. the tests were carried out based on the kolsky method using the split hopkinson pressure bar. to study the anisotropy of properties, aspen samples were fabricated and tested by cutting along and across the fibers direction. dynamic stress-strain curves were obtained as well as the average values of modulus of active loading sites. the greatest steepness of the loading branches and the highest breaking stresses are observed for the samples loaded along the fiber direction, while the smallest values are noted under loading across the fiber direction. also the effect of elevated temperature on strength and deformation properties of aspen is estimated
کلیدواژه wood ,aspen ,strain diagrams ,strain rate ,kolsky method
آدرس national research lobachevsky state university of nizhny novgorod, russia, national research lobachevsky state university of nizhny novgorod, russia, national research lobachevsky state university of nizhny novgorod, russia, national research lobachevsky state university of nizhny novgorod, russia, national research lobachevsky state university of nizhny novgorod, russia, gdansk university of technology, faculty of civil and environmental engineering, department of mechanics of materials and structures, poland. university of cagliari, department of civil and environmental engineering and architecture (dicaar), italy, gdansk university of technology, faculty of civil and environmental engineering, department of mechanics of materials and structures, poland. university of cagliari, department of civil and environmental engineering and architecture (dicaar), italy
پست الکترونیکی eremeyev.victor@gmail.com
 
     
   
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