Abstract
Digital Shape and Geometric Dimension Analysis of Polymer Fuel Tanks
Highlights
The use of products made of polymers and polymer composites is very wide
Based on the conducted measurements, for a specific type and size of the population of fuel tanks for vehicle, authors proposed model that classifies the geometric accuracy of the tanks produced in the production line
The optimization of the measurement of tanks carried out in laboratory conditions was implemented on the production line
Summary
The use of products made of polymers and polymer composites is very wide. Parts or components made of polymeric materials are most often found in the automotive, aviation, medicine and a composite pair friction materials (bearing guides). The direct-friction riveting of polymer composite laminates for aircraft applications was analysed in [3] but on paper [4] and [5] the authors’ analysis bending behaviour of polymeric materials used in biomechanics orthodontic appliances and wear resistance with borided C45 steel contact. Authors of papers [26, 27] present methodology for evaluating the form deviations for formula one nose car methods for checking the symmetry of the formula one car nose In these papers authors use (3D) laser scanning techniques for measurement evaluation. The literature analysis carried out showed that, the optical measurement method is used to dimension objects with complex geometry - such as fuel tanks, polymer and polymer composite parts, where other techniques do not work or their use is complicated, time-consuming and problematic
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