AbstractThe aim of the work was the development of a method for measuring and comparing the vibrational response of different racing rear wheels to the excitation caused by riding on irregular road surfaces. Four different rear wheels were selected for the study. Vertical accelerations at rear wheel axis and at the seatpost were measured during field tests performed while cruising on different road surfaces at different constant speeds. Frequency analysis of acceleration signals was performed using random signal analysis methods. The results show that the ranking between comfort properties of different wheels varies with the road surface roughness and the cruising speed considered
This paper is concerned with the vibrational comfort evaluation of the cyclist when cycling a rough ...
AbstractComfort in cycling is related to the level of vibration of the bicycle: more vibration resul...
Mountain bicycle is one of the types of bicycles, and it is made for off-road cycling. The main obje...
AbstractThe aim of the work was the development of a method for measuring and comparing the vibratio...
Aim of the work was the development of a test method for evaluating the radialstructuralbehaviour of...
In order to compare the comfort properties of racing wheels using a quantitative approach, a new met...
Mountain bicycle (MTB) is one the most favorite vehicles in the globe. MTB comfort, in consequence, ...
The paper analyses the impact of the road micro-profile on the duration and the type of the vehicle ...
Vibrational comfort is one of the most important parameters evaluated by cyclists and it is correlat...
With ride quality being one of the most sought-after characteristics of a road bicycle by customers ...
With ride quality being one of the most sought-after characteristics of a road bicycle by customers ...
An experimental/numerical method for predicting bicycle comfort from laboratory tests is presented. ...
The paper analyses the effect of road roughness on the variation of the vertical oscillations’ frequ...
Comfort in cycling is related to the level of vibration of the bicycle: more vibration results in le...
This paper is concerned with the vibrational comfort evaluation of the cyclist when cycling a rough ...
This paper is concerned with the vibrational comfort evaluation of the cyclist when cycling a rough ...
AbstractComfort in cycling is related to the level of vibration of the bicycle: more vibration resul...
Mountain bicycle is one of the types of bicycles, and it is made for off-road cycling. The main obje...
AbstractThe aim of the work was the development of a method for measuring and comparing the vibratio...
Aim of the work was the development of a test method for evaluating the radialstructuralbehaviour of...
In order to compare the comfort properties of racing wheels using a quantitative approach, a new met...
Mountain bicycle (MTB) is one the most favorite vehicles in the globe. MTB comfort, in consequence, ...
The paper analyses the impact of the road micro-profile on the duration and the type of the vehicle ...
Vibrational comfort is one of the most important parameters evaluated by cyclists and it is correlat...
With ride quality being one of the most sought-after characteristics of a road bicycle by customers ...
With ride quality being one of the most sought-after characteristics of a road bicycle by customers ...
An experimental/numerical method for predicting bicycle comfort from laboratory tests is presented. ...
The paper analyses the effect of road roughness on the variation of the vertical oscillations’ frequ...
Comfort in cycling is related to the level of vibration of the bicycle: more vibration results in le...
This paper is concerned with the vibrational comfort evaluation of the cyclist when cycling a rough ...
This paper is concerned with the vibrational comfort evaluation of the cyclist when cycling a rough ...
AbstractComfort in cycling is related to the level of vibration of the bicycle: more vibration resul...
Mountain bicycle is one of the types of bicycles, and it is made for off-road cycling. The main obje...