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70篇 您的检索式:作者名="Pugno"
    题名 作者 年代 出处 被引量
1MECHANICS OF CARBON NANOSCROLLS: A REVIEW显示文摘Carbon nanoscrolls (CNSs) belong to the same class of carbon-based nanomaterials as carbon nanotubes but are much less studied in spite of their great potential for applications in nanotechnology and bioengineering.Fundamental description,understanding and regulation of such materials will ultimately lead to a new generation of integrated systems that utilize their unique properties.In this review,we describe some of the recent advances in theoretical investi-gation on structural and dynamical behavior of CNS,as well as relevant simulation techniques.Theoretically it has been found that a stable equilibrium core size of CNS can be uniquely de-termined or tuned from the basal graphene length,the interlayer spacing,the interaction energy between layers of CNS and the bending stiffiness of graphene.Perturbations of the surface energy,which can be controlled by an electric field,will cause a CNS to undergo breathing oscillatory motion as well as translational rolling motion on a substrate.The tunable core size of CNS also enables it to serve potentially as transmembrane water channels in biological systems.Xinghua Shi Nicola M. Pugno Huajian Gao 2010Acta Mechanica Solida Sinica2010,23,6:2
2Structural damage diagnosis and life-time assessment by acoustic emission monitoring显示文摘Carpinteri A Lacidogna G Pugno N 2007Eng Fract Mechanics2007,74,:1
3Scaling of energydissipation in crushing and fragmentation : a fractal and statisticalanalysis based on particle size distribution显示文摘CARPINTERIA LACIDOGNA G PUGNO N 2004International Jour-nal of Fracture2004,129,2:1
4The Service Paradox and Endogenous Economic Growth显示文摘Pugno M 0,,:1
5A multifractal comminution ap-proach for drilling scaling laws显示文摘CARPINTERI A PUGNO N 2003Powder Technology2003,131,1:1
6Structural dam- age diagnosis and life--time assessment by acoustic e- mission monitoring显示文摘Carpinteri A Lacidogna G Pugno N 2007Engineering Fracture Mechan- ics2007,74,12:1
7The fracture mechanics of finite crack extension显示文摘David Taylor Pietro Cornetti Nicola Pugno 2004Engineering Fracture Mechanics2004,,7:1
8Tubular adhesive joints under axial load 显示文摘Pugno N Carpinteri A 2003Journal of Applied Mechanics2003,,70:1
9A multifractal comminution approach for drilling scaling laws显示文摘Capinteri A Pugno N 2003Powder Technology2003,131,1:1
10Nonlinear material behaviour of spider silk yields robust webs显示文摘CRANFORD S W TARAKANOVA A PUGNO N M 2012Nature2012,482,7383:1
11On the strength of the carbon nanotube-based spaceelevator cable ; from nanomechanics to megamechanics 显示文摘PUGNO N M 2006Jour-nal of Physics : Condensed Matter2006,18,33:1
12Numerical evaluation of generalized stress intensity factors in multi-layered composites显示文摘Carpinteri A Paggi M Pugno N 2006International Journal of Solids and Structures2006,43,:1
13Spatulate structures in biological fibrillar adhesion显示文摘Varenberg M Pugno N M Gorb S N 0,,14:1
14Atomistic simulations of the mechanical properties of 'super' carbon nanotubes 显示文摘Coluci V R Pugno N M Dantas S O 2007Nanotechnology2007,18,33:1
15Structur- al Damage Diagnosis and Life-time Assessment by Acous- tic Emission Monitoring 显示文摘CARPINTERI A LACIDOGNA G PUGNO N 2006Engineering Fracture Me- chanics2006,74,12:1
16Scaling of energy dissipation in crushing and fragmentation: a fractal and statistical analysis based on particle size distribution 显示文摘CARPINTERI A LACIDOGNA G PUGNO N 2004International Journal of Fracture2004,129,2:1
17Suhharmonie gener- ation in physical systems; An interaction-box approach 显示文摘Bosia F Pugno N Carpinteri A 2006Wave Motion2006,43,8:1
18Space elevator: out oforder显示文摘PUGNO N M 2007Acta Materialia2007,55,15:1
19Mimicking nacres with super- nanotubes for producing optimized super-composites 显示文摘Nicola M Pugno 2006Nanoteehnology2006,17,21:1
20Prediction of strength in MEMS components with defects: a novel experimental-theoretical approach 显示文摘PUGNO N PENG B ESPINOSA H D 2004International Journal of Solid and Structure2004,4,2:1
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