Impact interactions take place in the process of dynamic behavior in the elements of manipulators and robots. Their precise investigation is an important engineering problem. A model having one degree of freedom with forced excitation and impacts is investigated. A special procedure for more precise calculation of impacts is proposed. Numerical results for various parameters of the investigated system are presented. The advantage of the application of the proposed procedure for more precise calculations of dynamics of this system is indicated
Systems constituted by impacting beams and rods of non-negligible mass are often encountered in many...
The current paper focuses on the impact phenomenon analysis, in the case of multi-body mechanical sy...
Systems constituted by impacting beams and rods of non-negligible mass are often encountered in many...
Machines, mechanisms, vehicles, robots, manipulators are multibody configurations with many dependen...
The purpose of this work is the experimental investigation and the mathematical modeling of the impa...
The dynamical behavior study of robotic systems is obtained using multibody dynamics method. The joi...
The more quickly robots move, the more frequently impact is applied to their mechanisms. Such impact...
The impact-force behavior is experimentally studied on a 6-DOF commercial manipulator interacting wi...
A simple mathematical model for a constrained robotic manipulator is investigated. Besides the fact ...
The paper deals with the problem of controlling the impact between a mechanical system, having n deg...
Abstract: This work deals with contact–impact force models for both spherical and cylindrical contac...
Dynamics of mechanical systems with impacts is investigated in the Institute of Thermomechanics for ...
The main purpose of this work is to propose a dynamical model for simulating the response of differe...
Series: Mechanisms and Machine Science, Vol. 7The collision is an obvious phenomenon in many mechani...
This work deals with the contact-impact force models for spherical and cylindrical shaped surface co...
Systems constituted by impacting beams and rods of non-negligible mass are often encountered in many...
The current paper focuses on the impact phenomenon analysis, in the case of multi-body mechanical sy...
Systems constituted by impacting beams and rods of non-negligible mass are often encountered in many...
Machines, mechanisms, vehicles, robots, manipulators are multibody configurations with many dependen...
The purpose of this work is the experimental investigation and the mathematical modeling of the impa...
The dynamical behavior study of robotic systems is obtained using multibody dynamics method. The joi...
The more quickly robots move, the more frequently impact is applied to their mechanisms. Such impact...
The impact-force behavior is experimentally studied on a 6-DOF commercial manipulator interacting wi...
A simple mathematical model for a constrained robotic manipulator is investigated. Besides the fact ...
The paper deals with the problem of controlling the impact between a mechanical system, having n deg...
Abstract: This work deals with contact–impact force models for both spherical and cylindrical contac...
Dynamics of mechanical systems with impacts is investigated in the Institute of Thermomechanics for ...
The main purpose of this work is to propose a dynamical model for simulating the response of differe...
Series: Mechanisms and Machine Science, Vol. 7The collision is an obvious phenomenon in many mechani...
This work deals with the contact-impact force models for spherical and cylindrical shaped surface co...
Systems constituted by impacting beams and rods of non-negligible mass are often encountered in many...
The current paper focuses on the impact phenomenon analysis, in the case of multi-body mechanical sy...
Systems constituted by impacting beams and rods of non-negligible mass are often encountered in many...