Design and manufacturing of A 3-dimensional composite part by resin transfer molding

Download
090712.pdf
1999
Dursun, Aziz
Show full item record
57
views
0
downloads
https://hdl.handle.net/11511/2668
Graduate School of Natural and Applied Sciences, Thesis

Suggestions

Design and construction of a cw mode nd:YAG laser prototype
Eryılmaz, Ertan; Esendemir, Akif; Department of Physics (2004)
In this thesis a theoretical background of Nd:YAG lasers has been presented and key parameters of a design have been stated. Both pulsed mode and CW mode designs have been made; a 500mJ xenon flash lamp has been investigated as the pulsed light source and a 500W tungsten halogen lamp has been used as the continuous light source for optical pumping. Closed cooling system has been constructed. De-ionized water has been used as coolant. The goal has been acomplished by constructing a CW mode prototype. The out...
Design and construction of a tuned vibration absorber with automatically adjustable tuning frequency
Akkurt, Berşan; Bayık, Buğra; Çam, Eren; Erdoğan, Bilgehan; Özcan, Ahmet B.; Güven, Cüneyt; Bayız, Yağız Efe; Erol, Fulya; Özgen, Gökhan Osman; Konukseven, Erhan İlhan (2012-06-22)
Design and construction of axial slow flow continuous wave folded carbon dioxide laser
Kenar, Necmettin; Öke, Gülay; Department of Physics (2003)
Design and realization of a conventional carbon dioxide laser was performed. Gas composition and gas pressure effects on laser output power were studied. Effects of input electrical power and current on laser power were also investigated. Beam profiling of the laser beam was performed by pinhole method. Laser beam parameters like beam divergence, beam propagation factor were measured. These properties were extracted from focusing a laser beam in near field and performing a number of cuts across the beam cro...
Design and construction of three-phase induction motor with optimized windings.
Laghari, Javaid B E; Department of Electrical Engineering (1975)
Design and fabrication of strained light emitting germanium microstructures by liquid phase epitaxy
Ünlü, Buse; Yerci, Selçuk; Boztuğ Yerci, Çiçek; Department of Micro and Nanotechnology (2021-9)
Germanium is compatible with CMOS technology and can be utilized for the development of an integrated laser on Si platforms. Nevertheless, it is a very inefficient light emitter owning to its indirect bandgap. On the other hand, the application of tensile strain reduces the split in between direct and indirect band edges of Ge, which in turn enhances its light emission efficiency, and converts it into a direct bandgap material. In this thesis, firstly finite element model simulations are performed to determ...
Citation Formats
A. Dursun, “Design and manufacturing of A 3-dimensional composite part by resin transfer molding,” Middle East Technical University, 1999.
METU IIS - Integrated Information Service open@metu.edu.tr