Characterization and enhancement of mixing properties in an inclined fluidized bed

Download
1996
Altun, Oğuz

Suggestions

Characterization and evaluation of emulsifying properties of high pressure microfluidized and pH shifted corn gluten meal
Ozturk, Oguz Kaan; Mert, Behiç (2019-03-01)
This study presents a potential application for adding value to corn gluten meal, which is often used as animal feed and underutilized in food industry. This study is aimed to improve water holding ability of zein-rich by product corn gluten and investigate possibility of using it as an emulsifier. The potential use of microfluidization (500-1250 bar and 25 degrees C) and pH shifting (to pH6, 8, and 10) as a modification process for corn gluten meal and their effects on emulsifying properties were investiga...
CHARACTERIZATION OF SPECIFIC HEAT AND MECHANICAL PROPERTIES FOR GRANULAR HEAT STORAGE MATERIALS
Baker, Derek Keıth; Johnson, Evan Fair(2018-12-31)
The GUNAM-ODAK research group is developing Thermal Energy Storage (TES) technologies for Concentrated Solar Power systems. Focus is on solid-particle (granular) TES materials such as silica sand due to their high melting temperatures and low costs. In the proposed work, the experimental equipment needed to characterize some of the most important properties of TES materials will be constructed, with the goal of characterizing new materials and providing accurate inputs for numerical modeling. Specifically, ...
Characterization of spray cooling for electronic devices
Öksüz, Selçuk; Çetinkaya, Tahsin Ali; Department of Mechanical Engineering (2014)
The trends in electronics industry are towards miniaturizing and increasing power needs that result in high heat fluxes. High heat fluxes lead to thermal problems and performance loss in devices. Well known cooling techniques, such as utilization of fans or single phase liquid cooling, have limited cooling capacity. Among two phase cooling methods, spray cooling is one of the best cooling technique. Thus, in this study it is aimed to construct a compact and high performance yet simple experimental setup for...
Characterization and Modeling of the Microstructure-scale Strain Distributions in an Aluminum Alloy Under Multiple Strain Paths
Güler, Baran; Şimşek, Ülke; Yalçınkaya, Tuncay; Efe, Mert (2020-02-23)
Characterization of electromagnetic wave absorbing properties of sic-based and alumina ceramic woven fabrics
Tan, Elvan; Dericioğlu, Arcan Fehmi; Department of Metallurgical and Materials Engineering (2008)
Electromagnetic wave absorbing properties of SiC-based and alumina ceramic woven fabrics have been investigated. Electrical conductivities of SiC-based ceramic woven fabrics were modified by heat treatment in air resulting in their oxidation. Surface properties of alumina woven fabrics were altered by gold-sputtering resulting in a high conductivity layer on the surface of the wovens. Electromagnetic wave interactions of single layer and double layered combinations of these ceramic woven fabrics were determ...
Citation Formats
O. Altun, “Characterization and enhancement of mixing properties in an inclined fluidized bed,” Middle East Technical University, 1996.