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Modeliranje avtomobilskega platišča v programu za industrijsko 3D oblikovanje Autodesk Inventor
ID Kuzmenko, Yekaterina (Author), ID Iskra, Andrej (Mentor) More about this mentor... This link opens in a new window

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Abstract
IZVLEČEK Namen diplomskega dela je oblikovati dve vrsti avtomobilskih platišč, ki bi se izdelovali s postopkom vlivanja in kovanja aluminija. Izhodišče praktičnega dela je stanje industrije avtomobilizma, ki se širi in razvija, tehnologija napreduje in ustvarja vse bolj učinkovite postopke za izdelavo. Teoretični del naloge zajema pregled splošnih informacij o avtomobilskih platiščih, postopke izdelave, uporabo, osnovne materiale za platišča, opis prednosti in slabosti aluminijastih platišč v primerjavi z drugimi materiali, nato pa sta podana opis in slikovna predstavitev detajlov, ki sestavljajo platišče, pa tudi podroben opis postopkov izdelave platišča. Celoten postopek oblikovanja platišč se je izvajal v programu za industrijsko 3D-oblikovanje Autodesk Inventor, za katerega sta na kratko predstavljeni namembnost in uporabnost. V praktičnem delu diplomskega dela je opisan celoten postopek izdelave modela avtomobilskega platišča. Delo temelji na predhodno lastnoročno narisanih skicah avtomobilskih platišč. Glede na dimenzije in narisane skice izdelkov smo kasneje postopek za postopkom ustvarili avtomobilsko platišče, kot končni izdelek. Nato je sledilo animiranje. Končni rezultat diplomskega dela je animacija avtomobilskih platišč.

Language:Slovenian
Keywords:3D-modeliranje, industrijsko oblikovanje, avtomobilska industrija, avtomobilsko platišče, animacija.
Work type:Bachelor thesis/paper
Organization:NTF - Faculty of Natural Sciences and Engineering
Year:2020
PID:20.500.12556/RUL-119500 This link opens in a new window
Publication date in RUL:09.09.2020
Views:907
Downloads:154
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Secondary language

Language:English
Title:Modeling a car rim in a program for industrial 3D design Autodesk Inventor
Abstract:
The purpose of the diploma is to design two types of alloy wheels, which are made by the casting and forging process. As the automotive industry expands and evolves, technology is moving forward and creating ever easier processes to carry out production. The theoretical part includes an overview of general information about alloy wheels, production processes, use, basic materials for alloy wheels, a description of the advantages and disadvantages of aluminum alloy wheels compared to other materials, following by a description and pictorial presentation of the details that make up the wheel and a detailed description of wheel manufacturing processes. The entire wheel design process was performed in the program for industrial 3D design Autodesk Inventor, along with a brief presentation of the purpose and use of the program. In the practical part there is a description of the entire process of making a alloy wheel model. The work is based on a previously hand-drawn sketches of an automobile alloy wheel. Based on the dimensions and the drawn sketches of the products, step by step an alloy wheel was created as a final product. The final result of diploma work is an animation.

Keywords:3D modeling, industrial design, avtomotive industry, automotivealloy wheel, animation.

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