Essays about: "LMD – Laser Metal Deposition"

Showing result 1 - 5 of 7 essays containing the words LMD – Laser Metal Deposition.

  1. 1. Automatic monitoring and control of Laser Metal Deposition Process

    University essay from Högskolan Väst/Avdelningen för Industriell ekonomi, Elektro- och Maskinteknik

    Author : David Byseke; Alexander Thunell; [2021]
    Keywords : Laser metal deposition; LMD; automatic control;

    Abstract : Laser metal deposition is an additive manufacturing technique that enables the manufacturing or repair of high-quality metal parts by building fine layers one at a time. To get a stable process with a low number of flaws and irregularities the process needs a fully operational and functioning control system. READ MORE

  3. 2. Process Mapping for Laser Metal Deposition of Wire using Thermal Simulations : A prediction of material transfer stability

    University essay from Karlstads universitet/Fakulteten för hälsa, natur- och teknikvetenskap (from 2013)

    Author : David Lindell; [2021]
    Keywords : Additive manufacturing; direct energy deposition; laser metal deposition; thermal simulation; processing window; material transfer stability; stubbing; dripping; Additiv tillverkning; lasermetalldeponering; termisk simulering; processfönster;

    Abstract : Additive manufacturing (AM) is a quickly rising method of manufacturing due to its ability to increase design freedom. This allows the manufacturing of components not possible by traditional subtractive manufacturing. AM can greatly reduce lead time and material waste, therefore decreasing the cost and environmental impact. READ MORE

  4. 3. Understanding Effects of Isothermal Heat Treatments on Microstructure of LMD-w Titanium Alloy (Ti-6242) : On solution heat treated microstructure

    University essay from Karlstads universitet/Fakulteten för hälsa, natur- och teknikvetenskap (from 2013)

    Author : Noomi Linder; [2020]
    Keywords : Heat Treatments Isothermal Titanium Alloy Ti-6242 Ti6242 Ti-6Al-2Sn-4Zr-2Mo GKN;

    Abstract : The use and knowledge of additive manufacturing technologies are rapidly growing. It is crucial to understand the processing-structure-property relationship, which is highly discussed when trying to understand the science of a material. One commonly used material in aerospace applications is titanium alloy, lately Ti-6Al-2Sn-4Zr-2Mo (Ti-6242). READ MORE

  5. 4. A Feasibility Study of an Automated Repair Process using Laser Metal Deposition (LMD) with a Machine Integrated Component Measuring Solutio

    University essay from KTH/Industriell produktion

    Author : Florian Säger; [2019]
    Keywords : LMD – Laser Metal Deposition; Laser Cladding; Repair of Metal Components; Reengineering; Reverse Engineering; Detection of Worn and Damaged Areas; Laser Scanner; Measruing of Components in Machine Enclosure; Additive Manufacturing; Measuring; LMD – Laser Metal Deposition; Laserauftragsschweißen; Detektieren von abgenutzten oder beschädigten Oberflächen; Reengineering; Reverse Engineering; Detection of Worn and Damaged Areas; Laser Scanner; Vermessen von Komponenten im Maschinenbearbeitungsraum; Additive Fertigung; Vermessen; LMD – Laser Metal Deposition; Laserbeklädnad; Reperera av metall komponenter; Reengineering; omvänd teknik; Detektion av slitna och skadade områden; Laser Scanner; Mätning av komponenter i maskinskåp; Mätning av komponenter i maskinskåp; mätning;

    Abstract : The repair of worn or damaged components is becoming more attractive to manufacturers, since it enables them to save resources, like raw material and energy. With that costs can be reduced, and profit can be maximised. READ MORE

  6. 5. Effect of oxygen concentration in build chamber during laser metal deposition of Ti-64 wire

    University essay from KTH/Materialvetenskap

    Author : Eyvind Engblom; [2018]
    Keywords : additive manufacturing; laser metal deposition; alpha-case; titanium; wire;

    Abstract : Additive manufacturing of titanium and other metals is a rapidly growing field that could potentially improve component manufacturing through optimization of geometries, less material waste and fewer process steps. Although powder-based additive manufacturing processes have so far been predominant, methods using a wire as feedstock has gained popularity due to faster deposition rates and lower porosity in deposited material. READ MORE