We discuss the nature of the bond-breaking process in adhesion of small-sized bodies. We show that when the size of a block becomes smaller than a characteristic length 1, the bond-breaking occurs uniformly over the nominal contact area, rather than by crack propagation as is (almost) always the case for macroscopic bodies. (C) 2003 Elsevier Science B.V. All rights reserved
The performance of materials depends on their properties, which in turn depend on the atomic structu...
The targeted delivery of nanoparticle carriers holds tremendous potential to transform the detection...
Nanoscale contacts are relevant in advanced technologies like nanomanufacturing, scanning probe micr...
The adhesion between nanoscale components has been shown to increase with applied load, contradictin...
The adhesion between nanoscale components has been shown to increase with applied load, contradictin...
Elastic and elasto-plastic adhesion behavior of nano- and micro-particles and wires are discussed. T...
The dynamic nature of adhesive interface failure remains poorly understood, especially when the cont...
In this article, optimization of shear adhesion strength between an elastic cylindrical fiber and a ...
It is widely known in adhesive contact mechanics that a spherical particle will not detach from an e...
In this article, optimization of shear adhesion strength between an elastic cylindrical fiber and a ...
The Dugdale-Barenblatt model is used to analyze the adhesion of graded elastic materials at the nano...
This presentation is meant as a short, handwaving introduction to fracture mechanics and adhesion, a...
Abstract Free-standing nanomembranes are two-dimensional materials with nanometer thickness but can ...
Summary The JKR and the DMT theories of adhesive contact are developed to describe contact between a...
Liquids play an important role in adhesion and sliding friction. They behave as lubricants in human ...
The performance of materials depends on their properties, which in turn depend on the atomic structu...
The targeted delivery of nanoparticle carriers holds tremendous potential to transform the detection...
Nanoscale contacts are relevant in advanced technologies like nanomanufacturing, scanning probe micr...
The adhesion between nanoscale components has been shown to increase with applied load, contradictin...
The adhesion between nanoscale components has been shown to increase with applied load, contradictin...
Elastic and elasto-plastic adhesion behavior of nano- and micro-particles and wires are discussed. T...
The dynamic nature of adhesive interface failure remains poorly understood, especially when the cont...
In this article, optimization of shear adhesion strength between an elastic cylindrical fiber and a ...
It is widely known in adhesive contact mechanics that a spherical particle will not detach from an e...
In this article, optimization of shear adhesion strength between an elastic cylindrical fiber and a ...
The Dugdale-Barenblatt model is used to analyze the adhesion of graded elastic materials at the nano...
This presentation is meant as a short, handwaving introduction to fracture mechanics and adhesion, a...
Abstract Free-standing nanomembranes are two-dimensional materials with nanometer thickness but can ...
Summary The JKR and the DMT theories of adhesive contact are developed to describe contact between a...
Liquids play an important role in adhesion and sliding friction. They behave as lubricants in human ...
The performance of materials depends on their properties, which in turn depend on the atomic structu...
The targeted delivery of nanoparticle carriers holds tremendous potential to transform the detection...
Nanoscale contacts are relevant in advanced technologies like nanomanufacturing, scanning probe micr...
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