Franz Greco
Altre idee da Franz
sekigan: 画像

sekigan: 画像

chang-woo-lee-cheetah-bot001.jpg 1,590×1,080 pixels

chang-woo-lee-cheetah-bot001.jpg 1,590×1,080 pixels

deleter screen tone art - Google Search

deleter screen tone art - Google Search

Photo

Photo

Rude Mechanicals

Rude Mechanicals

EDONGURAZIU

EDONGURAZIU

Figure 2. Commercial finger images (top) and kinematic models of finger joint coupling mechanism (bottom). (a) Vincent (Vincent Systems), (b) iLimb and iLimb Pulse (Touch Bionics), (c) Bebionic v2 and Bebionic (RSL Steeper), and (d) Michelangelo (Otto Bock). ??1 = angle of metacarpal phalange joint, ??2 = angle of proximal interphalange joint.

Figure 2. Commercial finger images (top) and kinematic models of finger joint coupling mechanism (bottom). (a) Vincent (Vincent Systems), (b) iLimb and iLimb Pulse (Touch Bionics), (c) Bebionic v2 and Bebionic (RSL Steeper), and (d) Michelangelo (Otto Bock). ??1 = angle of metacarpal phalange joint, ??2 = angle of proximal interphalange joint.

Nuthin' But Mech Site B: Wachtel Model from Kallamity and Industria Mechanika

Nuthin' But Mech Site B: Wachtel Model from Kallamity and Industria Mechanika

Robot Legs by MF-Mitch

Robot Legs by MF-Mitch

Our research on multibody dynamics and optimization is directly applicable to problems in biomechanics and sports engineering. We have modelled human gait and the motion of a human arm, and used optimization methods to determine optimal arm trajectories and energy-optimal walking gaits.

Our research on multibody dynamics and optimization is directly applicable to problems in biomechanics and sports engineering. We have modelled human gait and the motion of a human arm, and used optimization methods to determine optimal arm trajectories and energy-optimal walking gaits.