Compliant mechanisms that achieve binary stiffness along multiple ...

Some compliant mechanisms have employed the principle of bistability to preload the negative-stiffness element between two stable states of ...

Binary-stiffness Compliant Mechanism that Achieves Two Translations

This video introduces a multi-degree-of-freedom binary-stiffness compliant mechanism that achieves two different states of stiffness by ...

Download Citation | Compliant mechanisms that achieve binary stiffness along multiple degrees of freedom | Here we introduce compliant ...

Binary Stiffness Compliant Mechanism EXPLAINED - YouTube

This video depicts a translational binary stiffness compliant mechanism that achieves two different states of stiffness by being triggered ...

Monolithic binary stiffness building blocks for mechanical digital ...

We introduce two essential building blocks with binary stiffness for mechanical digital machines. The large scale fully compliant mechanisms have rectilinear ...

“Binary Torsional Stiffness Compliant Mechanism EXPLAINED”

This video depicts a rotational binary stiffness compliant mechanism that achieves two different states of torsional stiffness by being ...

Binary torsional stiffness compliant mechanism : r/engineering - Reddit

thanks! The objective was to design a compliant mechanism without stiffness. Compliant mechanisms have many advantages but their inherent ...

Designing Multi-axis Compliant Mechanisms With Lockable ...

Indeed, in Ref. [14], two fully compliant devices achieve two states of stiffness (i.e., binary stiffness) along linear and rotational directions using ...

Multistable Compliant Mechanisms : The State of the Art

Compliant mechanisms that achieve binary stiffness along multiple degrees of freedom · Engineering, Physics. Journal of Composite Materials · 2022.

Publications - Flexible Research Group - UCLA

[56] Shimohara, S., Lee, R.H., Hopkins, J.B., 2022, “Compliant Mechanisms that Achieve Binary Stiffness Along Multiple Degrees of Freedom,” Journal of Composite ...

Design of a compliant load cell with adjustable stiffness

In general, compliant joints exhibit positive stiffness. However, the stiffness adjustment mechanism allows decreasing the overall stiffness of the compliant ...

Compliant Mechanisms That Use Static Balancing to Achieve ...

Stiffness Compensation Through Matching Buckling Loads in a Compliant Four-Bar Mechanism · Compliant mechanisms that achieve binary stiffness along multiple ...

The FACTs of Mechanical Design - YouTube

Compliant Mechanisms with Switchable Stiffness · “Binary Stiffness Compliant Mechanism EXPLAINED” - Binary Stiffness (Part 1) · “Binary Torsional Stiffness ...

Compliant Mechanisms Lecture 3 Part 6 - YouTube

... compliant mechanism that consists of rigid stages joined together ... Binary-stiffness Compliant Mechanism that Achieves Two Translations.

Research on Multistable Compliant Mechanisms: The State of the Art

Compliant multistable mechanisms are a special class of compliant mechanisms which possess multiple stable equilibrium positions within these ranges of ...

Compliant Mechanisms Lecture 11 Part 3 - YouTube

This video is a raw unedited lecture about compliant mechanisms given by Professor Jonathan Hopkins at UCLA. The lecture introduces how the ...

Binary stiffness compliant mechanism - YouTube

A demonstration is given of a fully compliant mechanism with binary stiffness. More details can be found in the research paper that is found ...

Binary torsional stiffness compliant mechanism - YouTube

A demonstration is given of a fully compliant mechanism with binary torsional stiffness. More details can be found in the research paper ...

Compliant Mechanisms Lecture 9 Part 4 - YouTube

This video is a raw unedited lecture about compliant mechanisms given by Professor Jonathan Hopkins at UCLA. The lecture discusses the ...

Binary Torsion Stiffness Compliant Mechanism by ReinierKuppens

This is a binary torsion stiffness compliant mechanism. It can change between high and low stiffness configurations reversibly by toggling a bistable mechanism.