Difference between revisions of "Human Vibration"

Jump to navigation Jump to search
No change in size ,  07:44, 10 February 2021
no edit summary
Line 1: Line 1:
The OROS Body Vibration tool allows users to evaluate the effect of vibration on the human body according to standards ISO 2651 and ISO 5349. These standards define measurement practices and vibration signal analysis to evaluate the effect on health and and comfort of environmental and equipment vibrations on the Human body.<br>
The OROS Body Vibration tool allows users to evaluate the effect of vibration on the human body according to standards ISO 2631 and ISO 5349. These standards define measurement practices and vibration signal analysis to evaluate the effect on health and and comfort of environmental and equipment vibrations on the Human body.<br>




The ISO 2651 describes the effects on health and comfort of vibration on the whole-body in transportation systems, and ISO 5349 for the effects on health of vibration on hands and arms when manipulating machine-tools or vibrating objects. In the following, we will see how to use OROS to evaluate these effects.<br>
The ISO 2631 describes the effects on health and comfort of vibration on the whole-body in transportation systems, and ISO 5349 for the effects on health of vibration on hands and arms when manipulating machine-tools or vibrating objects. In the following, we will see how to use OROS to evaluate these effects.<br>
<br>
<br>
This is a post analysis toolkit, operating alongside NVGate after the recording of the signal and will help you to calculate time-weighted signal of acceleration and specific indicators both defined in the standards.<br>
This is a post analysis toolkit, operating alongside NVGate after the recording of the signal and will help you to calculate time-weighted signal of acceleration and specific indicators both defined in the standards.<br>
Line 39: Line 39:
|-
|-
|style="height:30px; width:100px;"|<math>W_k</math>
|style="height:30px; width:100px;"|<math>W_k</math>
|Time weighting for the Z axis for whole-body measurement (ISO 2651-1)
|Time weighting for the Z axis for whole-body measurement (ISO 2631-1)
|-
|-
|style="height:30px; width:100px;"|<math>W_d</math>  
|style="height:30px; width:100px;"|<math>W_d</math>  
|Time weighting for the X and Y axis for whole-body measurement (ISO 2651-1)
|Time weighting for the X and Y axis for whole-body measurement (ISO 2631-1)
|-
|-
|style="height:30px; width:100px;"|<math>W_h</math>
|style="height:30px; width:100px;"|<math>W_h</math>
Line 48: Line 48:
|-
|-
|style="height:30px; width:100px;"|<math>W_f</math>
|style="height:30px; width:100px;"|<math>W_f</math>
|Time weighting for motion sickness measurement in the vertical direction (ISO 2651-1)  
|Time weighting for motion sickness measurement in the vertical direction (ISO 2631-1)  
|-
|-
|style="height:30px; width:100px;"|<math>W_c</math>
|style="height:30px; width:100px;"|<math>W_c</math>
Line 54: Line 54:
|-
|-
|style="height:30px; width:100px;"|<math>W_e</math>  
|style="height:30px; width:100px;"|<math>W_e</math>  
|Time weighting for all rotational directions for whole-body measurement (ISO 2651-1)  
|Time weighting for all rotational directions for whole-body measurement (ISO 2631-1)  
|-
|-
|style="height:30px; width:100px;"|<math>W_j</math>
|style="height:30px; width:100px;"|<math>W_j</math>
|Time weighting for the Z axis for head comfort measurement (ISO 2651-1)
|Time weighting for the Z axis for head comfort measurement (ISO 2631-1)
|}
|}
==Download & install==
==Download & install==
Line 103: Line 103:
|-
|-
|style="height:30px; width:100px;"|<math>W_k</math>
|style="height:30px; width:100px;"|<math>W_k</math>
|Time weighting for the Z axis for whole-body measurement (ISO 2651-1)
|Time weighting for the Z axis for whole-body measurement (ISO 2631-1)
|-
|-
|style="height:30px; width:100px;"|<math>W_d</math>  
|style="height:30px; width:100px;"|<math>W_d</math>  
|Time weighting for the X and Y axis for whole-body measurement (ISO 2651-1)
|Time weighting for the X and Y axis for whole-body measurement (ISO 2631-1)
|-
|-
|style="height:30px; width:100px;"|<math>W_h</math>
|style="height:30px; width:100px;"|<math>W_h</math>
Line 112: Line 112:
|-
|-
|style="height:30px; width:100px;"|<math>W_f</math>
|style="height:30px; width:100px;"|<math>W_f</math>
|Time weighting for motion sickness measurement in the vertical direction (ISO 2651-1)  
|Time weighting for motion sickness measurement in the vertical direction (ISO 2631-1)  
|-
|-
|style="height:30px; width:100px;"|<math>W_c</math>
|style="height:30px; width:100px;"|<math>W_c</math>
Line 118: Line 118:
|-
|-
|style="height:30px; width:100px;"|<math>W_e</math>  
|style="height:30px; width:100px;"|<math>W_e</math>  
|Time weighting for all rotational directions for whole-body measurement (ISO 2651-1)  
|Time weighting for all rotational directions for whole-body measurement (ISO 2631-1)  
|-
|-
|style="height:30px; width:100px;"|<math>W_j</math>
|style="height:30px; width:100px;"|<math>W_j</math>
|Time weighting for the Z axis for head comfort measurement (ISO 2651-1)
|Time weighting for the Z axis for head comfort measurement (ISO 2631-1)
|-
|-
|style="height:30px; width:100px;"|<math>W_m</math>
|style="height:30px; width:100px;"|<math>W_m</math>
|Time weighting for all directions for buildings vibration measurement (ISO 2651-2)
|Time weighting for all directions for buildings vibration measurement (ISO 2631-2)
|}
|}


Navigation menu