Surface stress
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- Surface Energy of Au Nanoparticles Depending on Their Size and Shape
- First-Principles Surface Stress Calculations and Multiscale Deformation Analysis of a Self-Assembled Monolayer Adsorbed on a Micro-Cantilever
- Size-Dependent Surface Energies of Au Nanoparticles
- Phase Field Theory for Fracture at Large Strains Including Surface Stresses
- Fundamentals of Stress and Strain at the Nanoscale Level: Towards Nanoelasticity Pierre Müller
- S Urface Stress: Implications and Measurements D
- UNIVERSITY of CALIFORNIA Los Angeles the Interface Energy and Particle Size Effects on Nanocomposites
- Some Elastic Effects in Crystal Growth Pierre Müller, Raymond Kern
- The Thermodynamic Characterization of Wetting by Submitting a Sessile Drop to Microgravity
- Geometric Interpretation of Surface Tension Equilibrium in Superhydrophobic Systems
- Strain-Dependent Solid Surface Stress and the Stiffness of Soft Contacts
- Surface Stress and Relaxation in Metals
- Surface Stress Calculations for Nanoparticles and Cavities in Aluminum, Silicon, and Iron: Influence of Pressure and Validity of the Young-Laplace Equation
- Surface Thermodynamics, Surface Stress, Equations at Surfaces and Triple Lines for Deformable Bodies Arxiv:1906.11022V1 [Cond-M
- Temperature Dependence of the Surface Free Energy and Surface Stress: an Atomistic Calculation for Cu(110)
- Thin Film Mechanics