© 2018 American Physical Society. We show that thin rectangular ribbons, defined as energy-minimizing configurations of the Sadowsky functional for narrow developable elastic strips, have a propensity to form spherical shapes in the sense that forceless solutions lie on a sphere. This has implications for ribbonlike objects in (bio)polymer physics and nanoscience that cannot be described by the classical wormlike chain model. A wider class of functionals with this property is identified
AbstractThe extension of the plasma membrane during cell crawling or spreading is known to require a...
© Springer Science+Business Media Dordrecht 2015. We formulate the problem of finding equilibrium sh...
Twist stiffness and an asymmetric bending stiffness of a polymer or a polymer bundle is captured by ...
© 2018 American Physical Society. We show that thin rectangular ribbons, defined as energy-minimizin...
Using the theory of Γ-convergence, we derive from three-dimensional elasticity new one-dimensional m...
Thin strips or sheets with in-plane curvature have a natural tendency to adopt highly symmetric shap...
In bistable actuators and other engineered devices, a homogeneous stimulus (e.g., mechanical, chemic...
Using the theory of Γ-convergence, we derive from three-dimensional elasticity new one-dimensional m...
Differential growth processes play a prominent role in shaping leaves and biological tissues. Using ...
We consider thin plates whose energy density is a quadratic function of the difference between the s...
A one-dimensional model for a narrow ribbon is derived from the plate theory of Kirchhoff by means o...
Studying the mechanics of Bauhinia seeds pod opening we quantified the twisted to helical transition...
International audienceAn elastic strip is transversely clamped in a curved frame. The induced curvat...
Curling deformation of thin elastic surfaces appears in numerous natural and man-made structures whe...
International audienceThe ability of liquid interfaces to shape slender elastic structures provides ...
AbstractThe extension of the plasma membrane during cell crawling or spreading is known to require a...
© Springer Science+Business Media Dordrecht 2015. We formulate the problem of finding equilibrium sh...
Twist stiffness and an asymmetric bending stiffness of a polymer or a polymer bundle is captured by ...
© 2018 American Physical Society. We show that thin rectangular ribbons, defined as energy-minimizin...
Using the theory of Γ-convergence, we derive from three-dimensional elasticity new one-dimensional m...
Thin strips or sheets with in-plane curvature have a natural tendency to adopt highly symmetric shap...
In bistable actuators and other engineered devices, a homogeneous stimulus (e.g., mechanical, chemic...
Using the theory of Γ-convergence, we derive from three-dimensional elasticity new one-dimensional m...
Differential growth processes play a prominent role in shaping leaves and biological tissues. Using ...
We consider thin plates whose energy density is a quadratic function of the difference between the s...
A one-dimensional model for a narrow ribbon is derived from the plate theory of Kirchhoff by means o...
Studying the mechanics of Bauhinia seeds pod opening we quantified the twisted to helical transition...
International audienceAn elastic strip is transversely clamped in a curved frame. The induced curvat...
Curling deformation of thin elastic surfaces appears in numerous natural and man-made structures whe...
International audienceThe ability of liquid interfaces to shape slender elastic structures provides ...
AbstractThe extension of the plasma membrane during cell crawling or spreading is known to require a...
© Springer Science+Business Media Dordrecht 2015. We formulate the problem of finding equilibrium sh...
Twist stiffness and an asymmetric bending stiffness of a polymer or a polymer bundle is captured by ...