EXPERIMENT / SURFACE PHYSICS

Gecko-inspired adhesion lab.

Explore directional grip, interfacial fracture and stochastic fibril detachment.

SYSTEM IDLE

X / PEEL AXIS ↗
Y / LOAD VECTOR
Z / PAD WIDTH

KP—24ADHESION / PEEL

DRAG TO ORBITSCROLL TO ZOOM

PEEL FORCE

0.00mN

CONTACT REMAINING

100.0%

FRACTURE ENERGY

0.000J/m²

ELAPSED TIME

0.0s

0 / 48 ROWS

01 / DYNAMIC LOAD

Peel force (mN)

MEASURED

02 / SURFACE RELEASE

Peel progression (%)

DETACHED

01 / OPERATOR STATION

Test configuration

Adjust the experiment in real time.

EXPERIMENT PRESET

Peel angle75°

15° · shallow165° · steep

Work of adhesion0.38 J/m²

0.051.30 J/m²

Surface roughness42%

PolishedRough

Contact preload70%

MinimalFull

Stage pull speed2.8 mm/s

0.1 mm/s15.0 mm/s

Load-frame stiffness28 N/m

CompliantRigid

Advanced material settings +

Effective modulus4.2 MPa

Detachment mobility22 mm/s

02 / EXPERIMENT CONTROL

SIMULATION SPEED

THRESHOLD LOAD— mN

03 / DATA & INTEGRATION

Reduced-order educational model. Kendall-style energy balance with heterogeneous crack-front release, not a calibrated biological adhesion measurement.