In the last few decades, the influence of machine learning has permeated many areas of
science and technology, including the field of materials science. This toolkit of data driven …

Smart dry adhesives, a rapidly growing class of intelligent materials and structures, are
engineered to provide strong, robust adhesion when needed while also allowing for …

Controlling adhesion on demand is essential for many manufacturing and assembly
processes such as microtransfer printing. Among various strategies, pneumatics‐controlled …

Natural fibrillar adhesives, widely recognized for their strong and reversible adhesion, have
inspired the development of numerous synthetic adhesive systems applied in diverse fields …

Nature-inspired fibrillar adhesives have versatile applications, such as wall-climbing robots
and grippers, which require residue-free and repeatable adhesion. To meet the …

Interfaces with enhanced dry adhesion have applications in various fields, including robotic
gras** and microtransfer printing. Arrays of pillars or fibers with mushroom-like geometries …

The adhesion of a rigid substrate and an adhered straight cylindrical punch with a non-
homogeneous elastic modulus is analyzed. The stress distributions are obtained along the …

Dynamically tunable interfacial dry adhesion plays a significant role in numerous biological
functions and industrial applications. Among various strategies, pneumatics-activated …

Machine learning is extensively used in material research and development, including
adhesion technology. However, it requires a large dataset to train the models for optimizing …

Bonded single lap joints are used to join structural components in automotive, aerospace,
and other engineered systems. The stresses in the joint are nonuniform, and high stresses …