nerork
Guest
Hello.
As from the object I have verified that to the measure of the weight of a part to which a material was assigned, for example steel is added the weight of the geometric group. in particular, assuming that the part is composed of several body, two instances can occur:
1. assigning the material to the whole part to the weight of the body adds the weight of the geometric group calculated as a volume product identified by the geometric group for the density of the chosen material.
2. assigning the material to each single body, the total weight is given by the weight of each single body calculated according to the material chosen + the weight of the geometric group calculated as a volume product for the default density 1000kg/m3.
Obviously the geometric group served me to realize volumes that then created parts and therefore I would not like to be computed in the calculation of the weight.
suggestions? Thank you.
As from the object I have verified that to the measure of the weight of a part to which a material was assigned, for example steel is added the weight of the geometric group. in particular, assuming that the part is composed of several body, two instances can occur:
1. assigning the material to the whole part to the weight of the body adds the weight of the geometric group calculated as a volume product identified by the geometric group for the density of the chosen material.
2. assigning the material to each single body, the total weight is given by the weight of each single body calculated according to the material chosen + the weight of the geometric group calculated as a volume product for the default density 1000kg/m3.
Obviously the geometric group served me to realize volumes that then created parts and therefore I would not like to be computed in the calculation of the weight.
suggestions? Thank you.