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Title:MODEL HLADILNO-OGREVALNE ENOTE
Authors:ID Fink, Benjamin (Author)
ID Hozdić, Elvis (Mentor) More about this mentor... New window
Files:.pdf DIP_Fink_Benjamin_2024.pdf (5,95 MB)
MD5: 0A86DF897168D9E2D7C046513F7CEF3C
 
Language:Slovenian
Work type:Bachelor thesis/paper
Organization:UNM FS - University of Novo mesto - Faculty of Mechanical engineering
Abstract:Ta diplomska naloga prikazuje proces modeliranja hladilno-ogrevalne enote (angl. Cooling-Heating Unit – CHU) za namen testiranja izdelka podjetja s pomočjo računalniške programske opreme. Cilj naloge je bil izdelati model enote, ki bo služil kot osnova za izdelavo tehniške dokumentacije in bo upošteval predhodne zahteve. Model je zmodeliran po diagramu cevi in inštrumentov v programskem okolju SolidWorks in CADWorx. Model predvidi morebitne težave pri izdelavi in hkrati ponuja predogled enote pred njeno izdelavo ter za konec služi kot osnova za pripravo dokumentacije. Rezultati ponujajo ugotovitve o dimenzijah končnega izdela, uporabnosti in mobilnosti take enote. Delo se zaključi s potencialnimi izboljšavami v samem procesu modeliranja kot tudi drugačnimi pristopi reševanja zahtev enote.
Keywords:izmenjevalec toplote, hladilno-ogrevalna enota, programsko okolje CADWorx, tehniška dokumentacija, 3D model
Year of publishing:2024
PID:20.500.12556/ReVIS-11249 New window
COBISS.SI-ID:221849091 New window
Publication date in ReVIS:21.12.2024
Views:327
Downloads:9
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Secondary language

Language:English
Title:COOLING-HEATING UNIT MODEL
Abstract:This thesis presents the process of modelling a Cooling-Heating Unit (CHU) for the purpose of product testing for a company, using computer software. The objective of the thesis is to create a model of the unit that will serve as a basis for developing technical documentation while considering previous requirements. The model is designed according to the piping and instrumentation diagram in the software environments SolidWorks and CADWorx. The model anticipates potential issues during manufacturing and also provides a preview of the unit before its construction, serving as a foundation for exporting technical documentation. The results offer insights into the dimensions of the final product, its usability, and mobility. The work concludes with potential improvements in the modelling process itself as well as alternative approaches to addressing the unit's requirements.
Keywords:heat exchanger, cooling-heating unit, CADWorx software environment, technical documentation, 3D model


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