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- Additive Manufacturing (12)
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- Laser Metal Deposition (2)
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- <p>Lasers -- Industrial applications<br />Coatings -- Thermal properties</p> (1)
- <p>Machine-tools -- Numerical control<br />Machining -- Quality control<br />Process control -- Automation<br />Rapid prototyping</p> (1)
- <p>Manufacturing processes -- Research<br />Pulsed laser deposition<br />Metal powders</p> (1)
- <p>Manufacturing processes<br />Lasers -- Industrial applications<br />Surfaces (Technology)</p> (1)
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- <p>Rapid prototyping<br />Solid freeform fabrication<br />Ceramics -- Extrusion</p> (1)
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Articles 61 - 64 of 64
Full-Text Articles in Engineering
On-Line Inspection And Thermal Properties Comparison For Laser Deposition Process, Yu Yang
On-Line Inspection And Thermal Properties Comparison For Laser Deposition Process, Yu Yang
Masters Theses
"This thesis is focused on comparing the laser deposition cladding with intended design model and comparing the effect of laser deposition process on thermal properties with traditional welding process. It is research on two aspects of laser deposition cladding. The first part of the thesis is aimed at solving the geometric inspection of laser deposition cladding, and the second part is for comparing the thermal properties of laser deposition cladding to samples of conventional welding process"--Introduction, page 1.
E-Design Tools For Friction Stir Welding: Cost Estimation Tool, Pradeep Kumar Tipaji
E-Design Tools For Friction Stir Welding: Cost Estimation Tool, Pradeep Kumar Tipaji
Masters Theses
"A cost model is an important tool for product design and material selection. An efficient and effective cost estimation tool is necessary for early design evaluation. In this paper, cost estimation models that estimate the production cost for Metal Inert Gas (MIG), Friction Stir (FS), and Friction Stir Spot (FSS) welded joints are presented. These models determine the cost incurred to fabricate each joint along with a detailed explanation of each cost component. Each cost component has been closely analyzed and major cost components have been included in the cost model"--Abstract, page iv.
Investment Casting Using Ice Patterns -- Solid Mold And Shell Mold Methods, Harish Jose
Investment Casting Using Ice Patterns -- Solid Mold And Shell Mold Methods, Harish Jose
Masters Theses
"This thesis focuses on the development and implementation of the investment casting process using ice patterns. The traditional method of the investment casting process involves using wax patterns. Wax patterns tend to expand during the dewaxing process, and this causes stress on the shell wall which can eventually lead to the breaking of the wall. Ice patterns on the other hand shrink when heated. This is a very desirable property for the investment casting process. The process of dewaxing (dewatering) of ice patterns can be achieved by keeping the shells at room temperature, instead of heating the shell in an …
Application Of Laser Aided Manufacturing Process For Functionally Graded Thermal Barrier Coatings, Yashodhan Joshi
Application Of Laser Aided Manufacturing Process For Functionally Graded Thermal Barrier Coatings, Yashodhan Joshi
Masters Theses
"Laser Aided Manufacturing Process (LAMP) is a rapid prototyping process used to build three dimensional functional metal and ceramic parts. The process developed in the LAMP laboratory at University of Missouri-Rolla uses a 5-axis fadal CNC machine and a 2.5 KW Nd:YAG (TEM00) Rofin Sinar laser. The laser power and metal/ceramic powder are the input along with auxiliary systems such as shielding gas delivery, RT data acquisition, coolant system. The hybrid process makes use of metal deposition and machining to obtain parts meeting design tolerances.
LAMP is used to improve upon the process of Thermal Barrier Coating (TBC) …