Application of Reverse Engineering for Anthropomorphic Test Devices
Aplikace reverzního inženýrství pro účely antropomorfních testovacích zařízení
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Tato diplomová práce je věnována tématu návrhu modelu dolní končetiny nárazové figuríny. Práce se zabývá historií nárazových figurín a jejich vývojem až do současnosti. V práci jsou zmíněny použité technologie jako fotogrammetrie, 3D skenování a 3D tisk. Hlavním tématem práce je reverzní návrh modelu dolní končetiny pro nárazové zkoušky a vytvoření formy pro následné vyrobení dolní končetiny figuríny pro případnou dodatečnou instrumentaci. Celý model je tvořen v softwaru Geomagic Desing X.
This thesis focuses on the design model of the lower limb of the anthropomorphic testing device. The work deals with history of anthropomorphic testing devices and their development to the present. Used technologies such as photogrammetry, 3D scanning and 3D printing are also briefly described in the thesis. The main focus of the work is on reverse engineering and design of model of the lower limb and creation of a mould for the possible creation of the lower limb with an aim to enable further instrumentation. The whole workflow was performed in Geomagic Design X software.
This thesis focuses on the design model of the lower limb of the anthropomorphic testing device. The work deals with history of anthropomorphic testing devices and their development to the present. Used technologies such as photogrammetry, 3D scanning and 3D printing are also briefly described in the thesis. The main focus of the work is on reverse engineering and design of model of the lower limb and creation of a mould for the possible creation of the lower limb with an aim to enable further instrumentation. The whole workflow was performed in Geomagic Design X software.