RT @Friction_Berlin: @Friction_Berlin wishes you Happy Easter! In the right side of the picture you can see the stages of detachment of a…
@Friction_Berlin wishes you Happy Easter! In the right side of the picture you can see the stages of detachment of a flat, adhesive contact in the shape of an easter bunny. Video on the topic: https://t.co/kf4CKT29ei The underlying paper: https://t.co/0
Merry Christmas and happy New Year 2020! The Christmas card shows the last stable contact configuration of an adhesive contact between a flat-ended stamp in form of a Christmas tree and an elastic half-space: https://t.co/DUclkC6oMm https://t.co/oMEfW84rOd
RT @FrictionJnl: Strength of #adhesivecontacts: Influence of contact geometry and material gradients an article on #ScienceOpen https://t.c…
Strength of #adhesivecontacts: Influence of contact geometry and material gradients an article on #ScienceOpen https://t.co/yyr7tMHdNb
We wish you Happy Easter! In the right side of the picture you can see the detachment of a flat, adhesive contact in the shape of an easter bunny. Video on the topic: https://t.co/kf4CKT29ei The underlying paper: https://t.co/AddhuPxE5p https://t.co/G1Zt
Merry Christmas and happy New Year 2018! The Christmas card shows the last stable contact configuration of an adhesive contact between a flat-ended stamp in form of a Christmas tree and an elastic half-space: https://t.co/LnBpNPAk89 https://t.co/9nnIxcWiYh
Check out this great paper on #adhesion by @reibungsphysik, R. Pohrt and Q. Li! Amazing study! (open access) https://t.co/RcL3TVAGsZ
RT @reibungsphysik: Which form is more favorable for adhesion? What influence on adhesiveness have defects and material gradients? https://…
Which form is more favorable for adhesion? What influence on adhesiveness have defects and material gradients? https://t.co/vJf6MkhQz2