Essays about: "Additive tillverkningsteknik"

Showing result 6 - 10 of 11 essays containing the words Additive tillverkningsteknik.

  1. 6. Additive Manufacturing Applications for Suspension Systems : Part selection, concept development, and design

    University essay from Linköpings universitet/Produktrealisering; Linköpings universitet/Maskinkonstruktion

    Author : Morgan Waagaard; Johan Persson; [2020]
    Keywords : AM; Additive Manufacturing; 3D printing; DfAM; Design for Additive Manufacturing; SLM; Selective Laser Melting; L-PBF; Laser Powder Bed Fusion; Topology Optimization; Design Optimization; titanium alloy; Suspension Systems; Automotive Applications; Racing; Motorcycle; Motorbike; Moto Racing; Roadracing; Additiv tillverkning; Additiv Tillverkningsteknik; Friformsframställning; Topologioptimering; Designoptimering; Titanlegering; Hjulupphängning; Fjädringssystem; Fordonsteknik; Fordonsapplikationer; Motorcykel; Motorcykelracing; Motorsport;

    Abstract : This project was conducted as a case study at Öhlins Racing AB, a manufacturer of suspension systems for automotive applications. Öhlins usually manufacture their components by traditional methods such as forging, casting, and machining. READ MORE

  3. 7. Comparative Life Cycle Assessments of Conventional Products and 3D-Printed Wood-Plastic Composite Alternatives

    University essay from KTH/Materialvetenskap

    Author : Sangho Kim; [2020]
    Keywords : Life cycle assessment; Wood-plastic composite; Additive manufacturing; 3D printing; Environmental impact; Global warming; Livscykelanalys; Träplastkomposit; Additive tillverkningsteknik; Friformsframställning; Miljöpåverkan; Global uppvärmning;

    Abstract : As additive manufacturing gains market potential as a mainstream process in various sectors of industry, there is a growing need for addressing environmental aspects of this technology and the materials associated with it. In this master thesis, comparative life cycle assessments (LCAs) from cradle to grave between the conventional products and 3D-printed alternatives made of wood-plastic composite (WPC) were conducted based on the ISO 14044:2006 standard. READ MORE

  4. 8. A Business Model Perspective on Additive Manufacturing

    University essay from KTH/Industriell Management

    Author : INGRID PORAT; KLARA HOVSTADIUS; [2018]
    Keywords : additive manufacturing; business models; Gartner’s hype cycle; additiv tillverkning; affärsmodeller; Gartner’s hype cycle;

    Abstract : Additive manufacturing (AM) is an immature manufacturing technology which is often considered to have the potential of disrupting the manufacturing industry and many industrial companies are currently investigating how they can position themselves within the AM market. Technological innovations alone are often insufficient to fully exploit the benefits of new technology and requires to be accompanied with business model innovation. READ MORE

  5. 9. PLASTIC ADDITIVE MANUFACTURING AND ITS POTENTIAL EFFECTS ON A SUPPLY CHAIN : A case study concerning selection of beneficial parts for additive manufacturing through utilizing a methodological part evaluation framework

    University essay from KTH/Industriell produktion

    Author : Valentin Krehl; [2017]
    Keywords : ;

    Abstract : Recently additive manufacturing (AM) is rapidly growing and evolving due to the advancements made in speed, quality, resolution and performance. Consequently, AM is starting to become, beyond prototyping, increasingly important for the manufacturing of end-use parts. READ MORE

  6. 10. Implementation of Additive Manufacturing in Uprights for a Formula Student Car

    University essay from KTH/Maskinkonstruktion (Inst.)

    Author : SVEN-RUBEN BÖCKER; Kajetan Calczynski; Simon Malmström; [2016]
    Keywords : Upright design; Additive manufacturing; Titanium; Formula student; Design av Styrspindel; Additiv tillverkning; Titan; Formula Student;

    Abstract : Detta kandidatexamensarbete fokuserar på möjligheterna att implementera additiv tillverkning på en styrspindel, en av nyckelkomponenterna i en Formula Student-bil. Målet var att få en inblick i denna tillverkningsteknologi och se om det skulle vara lämpligt att byta KTH Formula Students nuvarande styrspindlar i aluminium (Alumec 89) till att vara gjorda av titan (Ti6AL4V) utan att öka vikten, samt inte förlora styvhet och styrka i konstruktionen. READ MORE