国家/地区 Iran（9）
关键词 MOLECULAR DYNAMIC（4） GRAPHENE SHEET（3） INTERLAYER SHEAR EF.（3）
VIBRATION ANALYSI（3） GRAPHENE NANORIBBON（2） IMPACT（2）
NONLOCAL ELASTICITY（2） SANDWICH MODEL（2） VIBRATION（2）
出版物 SUPERLATTICES MICRO.（2）
出版时间 2017（3） 2014（2） 2018（2）
机构 IRAN UNIV SC.（5） DAMGHAN UNIV（3）
作者 HOSSEINIHASHEMI S（9）

Effects of surface tension of graphene sheet on impact and rebound behavior of colliding nanoparticle

SUPERLATTICES MICROSTRUCTURES

SEPAHIBOROUJENI A, HOSSEINIHASHEMI S, SEPAHIBOROUJENI S

Effect of nonlocal elasticity on vibration analysis of multi-layer graphene sheets using sandwich model

EUROPEAN JOURNAL OF MECHANICS ASOLIDS

NAZEMNEZHAD R, ZARE M, HOSSEINIHASHEMI S

Analytical and molecular dynamics studies on the impact loading of single-layered graphene sheet by fullerene

APPLIED SURFACE SCIENCE

HOSSEINIHASHEMI S, SEPAHIBOROUJENI A, SEPAHIBOROUJENI S

Free vibration analysis of multi-layer graphene nanoribbons incorporating interlayer shear effect via molecular dynamics simulations and nonlocal elasticity

PHYSICS LETTERS A

NAZEMNEZHAD R, HOSSEINIHASHEMI S

Sandwich beam model for free vibration analysis of bilayer graphene nanoribbons with interlayer shear effect

JOURNAL OF APPLIED PHYSICS

NAZEMNEZHAD R, SHOKROLLAHI H, HOSSEINIHASHEMI S

Sandwich plate model of multilayer graphene sheets for considering interlayer shear effect in vibration analysis via molecular dynamics simulations

APPLIED MATHEMATICAL MODELLING

NAZEMNEZHAD R, ZARE M, HOSSEINIHASHEMI S

Study on tensile-compressive and shear effects of van der Waals interactions on free vibration of bilayer graphene nanoribbons

MECCANICA

NAZEMNEZHAD R, KAMALI K, HOSSEINIHASHEMI S

A new nanoscale mass sensor based on a bilayer graphene nanoribbon: The effect of interlayer shear on frequencies shift

COMPUTATIONAL MATERIALS SCIENCE

RAJABI K, HOSSEINIHASHEMI S

Molecular dynamics simulation for interlayer interactions of graphene nanoribbons with multiple layers

SUPERLATTICES MICROSTRUCTURES

NAZEMNEZHAD R, ZARE M, HOSSEINIHASHEMI S, SHOKROLLAHI H