CrossFit® in people with a upper limb disability is a challenge in designing elements for weight lifting above the head due to: fixation, carrying capacity and safety. This paper presents a proposal for the design of a prosthesis prototype for CrossFit® weightlifting practice with wrist disarticulation, based on the product design methodology of Ulrich and Eppinger, including detailed design through Finite Element Analysis (FEA) and tensile failure test in a load system INSTRON® 5582. The results show from the mechanical point of view that the design allows the lifting of loads up to 2000N.Keywords: Prosthesis, upper limb disability, CrossFit®, weightlifting.
abstract: This paper proposes a new framework design for the lightweight transradial prosthesis. Thi...
This article reports the preliminary analysis and design of a novel 6 degrees of freedom, passive, ...
Nowadays, finite element analysis techniques are employed are used to reduce costs in the manufactur...
There is a need for functional and effective rehabilitation devices for humans with upper arm injuri...
This thesis demonstrates a new design for an upper limb prosthetic wrist that gives 3 independent de...
This paper presents the design of a 3-DOF prosthetic wrist for transradial myoelectric upper limb pr...
Although a wide variety of upper limb prostheses is available, a large number of prostheses include ...
The pace of modern life, both socio-cultural and technologically, has led to an increase of diseases...
This paper reports the analysis and preliminary design of a passive, wearable, upper limb ExoSkeleto...
Thousands of people every year are affected by limb loss the use of a prosthesis can aid in both the...
Every year there are about 3500-5200 people suffering from upper limb amputations, most of which are...
From the mechanical function of grabbing objects to the emotional aspect of gesturing, the functiona...
Nowadays forearm prosthesis are far from optimal, factors that need to be optimized are the mass, th...
The prosthetic rehabilitation of upper limb amputees presenting a high-level amputation is a very ch...
(Eng) Currently, finite element analysis techniques are used to reduce costs in the manu...
abstract: This paper proposes a new framework design for the lightweight transradial prosthesis. Thi...
This article reports the preliminary analysis and design of a novel 6 degrees of freedom, passive, ...
Nowadays, finite element analysis techniques are employed are used to reduce costs in the manufactur...
There is a need for functional and effective rehabilitation devices for humans with upper arm injuri...
This thesis demonstrates a new design for an upper limb prosthetic wrist that gives 3 independent de...
This paper presents the design of a 3-DOF prosthetic wrist for transradial myoelectric upper limb pr...
Although a wide variety of upper limb prostheses is available, a large number of prostheses include ...
The pace of modern life, both socio-cultural and technologically, has led to an increase of diseases...
This paper reports the analysis and preliminary design of a passive, wearable, upper limb ExoSkeleto...
Thousands of people every year are affected by limb loss the use of a prosthesis can aid in both the...
Every year there are about 3500-5200 people suffering from upper limb amputations, most of which are...
From the mechanical function of grabbing objects to the emotional aspect of gesturing, the functiona...
Nowadays forearm prosthesis are far from optimal, factors that need to be optimized are the mass, th...
The prosthetic rehabilitation of upper limb amputees presenting a high-level amputation is a very ch...
(Eng) Currently, finite element analysis techniques are used to reduce costs in the manu...
abstract: This paper proposes a new framework design for the lightweight transradial prosthesis. Thi...
This article reports the preliminary analysis and design of a novel 6 degrees of freedom, passive, ...
Nowadays, finite element analysis techniques are employed are used to reduce costs in the manufactur...