During human locomotion, in every moment of a walk cycle, the loading on support leg or on the two legs is variable and produces different solicitations on the low limb. These progressive forces produce mechanical reactions in concerned articulations. On one hand the forces are dependent on subject’s weight and on its anthropometrical dimensions and on the other hand, the dynamic characteristics are variable on performed movement locally and globally by the low limb and by the whole human body. The knowledge of these solicitations intensity of has a great importance in designing the prosthesis and orthesis that are personalized devices. The present paper presents some results obtained by an authors ’ method as to obtain series of numerical ...
The normal daily human activities include different levels of energy and strength needs, and this ap...
At present time development of mathematical models for calculation of a force field in the "stump-re...
The human body has more muscles than Degrees of Freedom (DoF), and that leads to indeterminacy in th...
To solve the problems of improvement of the existent and creation of new efficient lower limb prosth...
The mathematical modeling problem of human gait with below-knee prosthesis is investigated. The kine...
To study the effect of prosthesis design on the kinematic, dynamic, energetic and other characterist...
Research studies on dynamic models of legged locomotion have generally focused on telescoping-type l...
Research studies on dynamic models of legged locomotion have generally focused on telescoping-type l...
A critical review of studies related to the modelling of the human locomotor system is given. Kinema...
A critical review of studies related to the modelling of the human locomotor system is given. Kinema...
Relatively little attention has previously been focussed upon the dynamics of the leg during the swi...
In this paper, the forces and its moments acting on hip, knee & ankle joints of the body have be...
The normal daily human activities include different levels of energy and strength needs, and this ap...
The problem of modelling of dynamic characteristics of human motion with below knee prosthesis is un...
A mathematical model was used to investigate the dynamic behaviour of an above-knee (AK) prosthesis ...
The normal daily human activities include different levels of energy and strength needs, and this ap...
At present time development of mathematical models for calculation of a force field in the "stump-re...
The human body has more muscles than Degrees of Freedom (DoF), and that leads to indeterminacy in th...
To solve the problems of improvement of the existent and creation of new efficient lower limb prosth...
The mathematical modeling problem of human gait with below-knee prosthesis is investigated. The kine...
To study the effect of prosthesis design on the kinematic, dynamic, energetic and other characterist...
Research studies on dynamic models of legged locomotion have generally focused on telescoping-type l...
Research studies on dynamic models of legged locomotion have generally focused on telescoping-type l...
A critical review of studies related to the modelling of the human locomotor system is given. Kinema...
A critical review of studies related to the modelling of the human locomotor system is given. Kinema...
Relatively little attention has previously been focussed upon the dynamics of the leg during the swi...
In this paper, the forces and its moments acting on hip, knee & ankle joints of the body have be...
The normal daily human activities include different levels of energy and strength needs, and this ap...
The problem of modelling of dynamic characteristics of human motion with below knee prosthesis is un...
A mathematical model was used to investigate the dynamic behaviour of an above-knee (AK) prosthesis ...
The normal daily human activities include different levels of energy and strength needs, and this ap...
At present time development of mathematical models for calculation of a force field in the "stump-re...
The human body has more muscles than Degrees of Freedom (DoF), and that leads to indeterminacy in th...