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Browsing Makine Mühendisliği / Mechanical Engineering by Author "Aslan, Erman"

Browsing Makine Mühendisliği / Mechanical Engineering by Author "Aslan, Erman"

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  • A note on modelling non-rectangular boundaries by the Lattice Boltzmann Method 
    Aslan, Erman; Taymaz, İmdat (INDERSCIENCE ENTERPRISES LTD, 2012)
    The classical Lattice Boltzmann Method is based on an orthogonal, equidistant lattice structure. Thus, representation of non-rectangular boundaries deserves further attention. Besides the straightforward possibility of ...
  • ASSESSMENT OF HEALTH-RELATED QUALITY OF LIFE IN CHRONIC HEPATITIS B INFECTION PATIENTS IN TURKEY: A MULTICENTER STUDY 
    Z. Karacaer; Çakır, Burçin; H. Erdem; K. Ugurlu; G. Durmus; N. K. Ince; Öztürk, Cemal; A. Batirel; E. M. Yilmaz; I. Bozkurt; M. Sunbul; A. Aynioglu; A. Atilla; Erbay, Adem; A. Inci; C. Kader; E. T. Tigen; G. Karaahmetoglu; S. A. Coskuner; E. Dik; Tarakçı, Hilal; S. Tosun; Korkmaz, Furkan; S. Koelgelier; F. Y. Karadag; S. Erol; K. Turker; C. Necan; A. M. Sahin; P. Ergen; G. Iskender; P. Korkmaz; E. G. Eroglu; Y. Durdu; M. Ulug; S. S. Deniz; Koç, Ferdi; S. N. Alpat; N. O. Cuvalci; O. Evirgen; H. Sozen; Doğan, Metin; Kaya, Süleyman; Kaya, Süleyman; Altındiş, Mustafa; Aslan, Erman; R. Tekin; B. E. Sezer; Özdemir, Kevser; G. Ersoz; Şahin, Aynur; Çelik, İsmail; Aydın, Engin; A. Bastug; Harman, Ramazan; H. D. Ozkaya; Parlak, Erkan; I. Yavuz; S. Sacar; S. Comoglu; E. Yenilmez; F. Sirmatel; I. I. Balkan; Y. Alpay; M. Hatipoglu; A. Denk; G. Senol; M. Bitirgen; M. F. Geyik; R. Guner; A. Kadanali; A. Karakas; M. Namiduru; H. Udurgucu; R. P. Boluktas (ELSEVIER SCIENCE BV, 2016)
  • Computational investigation of the velocity and temperature fields in corrugated heat exchanger channels using RANS based turbulence models with experimental validation 
    Aslan, Erman; Taymaz, İmdat; İslamoğlu, Yaşar; Mardiros Engin; Ilkay Colpan; Gokhan Karabas; Guven Ozcelik (INDERSCIENCE ENTERPRISES LTD, 2018)
    The characteristics of convective heat transfer and friction factor for periodic corrugated channels are investigated numerically. In the numerical study, the finite volume method (FVM) is used. Three different Reynolds ...
  • Finite volume simulation for convective heat transfer in wavy channels 
    Aslan, Erman; Taymaz, İmdat; İslamoğlu, Yaşar (SPRINGER, 2016)
    The convective heat transfer characteristics for a periodic wavy channel have been investigated experimentally and numerically. Finite volume method was used in numerical study. Experiment results are used for validation ...
  • Investigation of LBM curved boundary treatments for unsteady flows 
    Aslan, Erman; Taymaz, İmdat; Ali Cemal Benim (ELSEVIER, 2015)
    The standard Lattice Boltzmann Method is based on an orthogonal, equidistant lattice structure. Therefore, representation of curved boundaries deserves further attention. In comparison to the straightforward possibility ...
  • Lattice Boltzmann Method for Laminar Forced Convection in a Channel with a Triangular Prism 
    Taymaz, İmdat; Aslan, Erman (BEGELL HOUSE INC, 2011)
    The Lattice Boltzmann Method (LBM) is applied to computationally investigate the laminar flow and heat transfer of an incompressible fluid with constant material properties in a two-dimensional channel with a built-in ...
  • NUMERICAL INVESTIGATION OF INCOMPRESSIBLE FLUID FLOW AND HEAT TRANSFER ACROSS A BLUFF BODY IN A CHANNEL FLOW 
    Taymaz, İmdat; Aslan, Erman (2013)
  • TREATMENT OF OVERACTIVE BLADDER IN WOMEN 
    Aydın, Yasemin; Aslan, Erman (SCIBULCOM LTD, 2016)
    For data collection, a descriptive information form, the Overactive bladder questionnaire (OAB-V8), the Incontinence impact questionnaire (IIQ-7), urinary diaries and the 24 h pad test were administered. Assessments were ...
  • WSEAS Mechanical Engineering Series 
    Aslan, Erman; Taymaz, İmdat (WORLD SCIENTIFIC AND ENGINEERING ACAD AND SOC, 2009)
    An incompressible steady-state formulation of the Lattice Boltzmann Method is applied to laminar flows for a varying range of Reynolds numbers, extending form 50 to 2000. As test cases, the channel and the lid driven cavity ...