An orthogonal array, main effect, the signal-to-noise (S/N) ratio, and analysis of variance (ANOVA) are employed to investigate the process parameters in order to achieve optimum elastic performance of a compliant ABS prototype so as to get maximum throwing distance from the prototype.
From the results, it is found that FDM parameters, i.e. layer thickness, raster angle and air gap significantly affect the elastic performance of the compliant ABS prototype.
But where the Jaguar is relatively compliant, the prototype-class 962C is unhappy anywhere below 100kph thanks to its air-cooled nature.
Finally, this paper proposes a complete prototype STEP-compliant solution, which consists of a secondary developed STEP-compliant CAD/CAM system on the CATIA platform and an open structured STEP-compliant CNC system.
As a result, numerous linear analysis techniques can be applied to facilitate design and prototyping of compliant mechanisms.
Rapid prototyping of 3GPP compliant and non-compliant use cases, and new concepts towards 5G, from Machine-to-Machine/Internet of Things (M2M/IoT) and Software-Defined Network (SDN) to Cloud-RAN (C-RAN) and massive Multiple Input Multiple Output (MIMO).
The pneumatic actuation was implemented in such as way that it can open the jaws of the micro gripper in a precisely controlled way, demonstrated on a prototype for handling various compliant objects smaller than 200 μm in diameter.
By developing a prototype, it is demonstrated that compliant piezoelectric actuator based micro gripper is capable of handling the peg-in-hole assembly task in a mobile micro manipulation system.
The prototype includes RF, baseband, and IEEE802.15.3 compliant medium access control (MAC) features.
From the introductions above, the calculation accuracy of the PRB model is relative low, but it is simple and useful in the early stage of the prototype design and performance analysis of the compliant mechanisms.
