by
Şahin, Yağmur, author.
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Numerical analysis of thermal performance of glazing systems / Şahin, Yağmur, author.
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Alpay, Selda.
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Numerical Analysis of Finned Downhole Heat Exchangers: A Parametric Study/ Alpay, Selda.
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by
Uz, Yusuf Can, author.
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Analytical and numerical sensitivity analysis of constant temperature hot-wire anemometre / Uz
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Durmaz, Gürcan, author.
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Experimental and numerical analysis of heat transfer performance of off-set strip fins/ Durmaz
by
Özkan, Mert, author.
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numerical analysis/ Özkan, Mert, author.
by
İnan, Tuğba, author.
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Experimental and numerical analysis of flow and heat transfer in double skin facade cavities / İnan
by
Akyol, Burak, author.
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Experimental and numerical analysis of the strain rate dependent compressive strength of a cellular
by
Zürnacı, Fatma, author.
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Convergence analysis and numerical solutions of the fisher's and benjamin-bono-mahony equations by
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Kaya, Adem, author.
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Numerical analysis.
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Yılmaz, Kemal Cem, author.
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Numerical analysis.
by
Şen, Tümcan, author.
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Numerical analysis.
by
Valizadeh, Hadi, author.
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Numerical analysis.
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Baysal, Onur.
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Numerical analysis.
by
Korkut, Sıla Övgü.
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Numerical analysis.
by
Demirayak, Murat.
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analysis shows that the solution of the upwind scheme is not uniformly convergent in the discrete maximum
by
Demir, Duygu.
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analysis are also studied for these new higher order numerical methods. Finally the proposed new numerical
by
Bingöl, Özgür
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problem with a small parameter multiplying the diffusion term. An analysis of the centered difference and
by
Güngör, Mesut.
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numerical solution methods of SDE have been studied with the examples from the physical world. In order to
by
İmamoğlu, Neslişah, author.
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general Frèchet derivative as a linearization technique for the numerical solution of nonlinear partial
by
Sofyalıoğlu, Melek, author.
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analysis of exponential integrators, namely the exponential Euler method, exponential second order method
by
Tatar, İlhan.
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tapered members by using Finite Element Method (F.E.M.) and experimental modal analysis. Portal frame with
by
Gündüz, Hakan.
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consistency analysis are also studied for these new higher order numerical methods. Von Neumann stability
by
İneci, Pınar.
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Geometric numerical integration is relatively new area of numerical analysis The aim of a series
by
Kıran Güçoğlu, Arzu.
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. Numerical simulations for all differential equarions are illustrated based on the parameters we considered.
by
İdiz, Fatih, author.
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time-fractional Fisher’s equation. Moreover, the convergence analysis of both methods is studied. Some problems
by
Çobanlar, Muhammed, author.
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encrypted in a chaotic communication signal. The design and stability analysis is presented for the first
by
Bilgin, Necati.
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of this work is experimental analysis; nevertheless some simple numerical analysis is also presented
by
Deveci, Can Deniz.
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plate by using Theoretical Modal Analysis by Finite Element Method and Experimental Modal Analysis. In
by
Elmas, Hakan, author.
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obtained by 1D stress – strain analyses and 3D continuum numerical analyses (Hardening Soil Model with
by
Bingöl, Hakan.
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. Firstly the problem and solution method is introduced then the inverse kinematic analysis is applied for
by
Yıldırım, Umut.
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numerical investigation is carried out to study the behaviour of a strengthened infilled reinforced concrete
by
Bayram, Çağdaş.
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analysis, a numerical approach was used to solve the problem of forward displacement analysis. Based on the
by
Öterkuş, Ertan.
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intensity factors at the crack tips. In the finite element analysis, six-noded triangular elements were used
34.
by
Nuhoğlu, Kaan, author.
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analysis. Eventually, in addition to the application methodology, the capabilities and appropriateness of
by
Öğünç, Ozan, author.
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. After the modal analysis was completed, transient analysis was performed to decide on the appropriate
by
Kaçmaz, Bekir, author.
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of successful element formulations in analysis of 3D structural components has also been an active
by
Kadekeshova, Kuralay, author.
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The results of a detailed analysis of the capability of numerical approach Discrete Element Method
by
Demir, Ali Aslan, author.
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El Yazması
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differentiation model to replace the traditional labeling or visual confirmation steps with a direct analysis
by
Bahadıroğlu, Nisa, author.
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observations, the best configuration of air diffuser is proposed, and the numerical model was found to be
40.
by
Hazar, Oğuz, author.
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statistical analysis method and two different equations were obtained that enable to find the WCP and SRE. In
by
Seven, Semih Berk, author.
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strain rates. Modification of new specimen geometries on numerical analysis showed better understandings
by
Bayhan, Mesut, author.
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mechanical characterization. Experimental and numerical multiple loading were performed for two cases, namely
by
Akyol, Çağrı Gökhan, author.
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, dispersion analysis was carried out in a multilayer plate model consisting of elastic and viscoelastic
by
Doğan, Kadriye Merve, author.
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stability analysis methods, asymptotic tracking is ensured for both controllers. Numerical simulation
by
Ekmekçi, Hüseyin Burak, author.
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interaction. Sieve and hydrometer analysis were obtained from earlier studies to understand and modify
46.
by
Uçar, Eren.
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different permeability and effective thermal conductivity values. The dimensionless analysis is performed
by
Cağaloğlu, Çare Neriman.
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El Yazması
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researchers working in the area. This study compares the performance of some numerical methods for the impact
by
Hakyemez, Erinç.
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performed by numerical solution of the continuity, unsteady momentum conservation and energy equations with
by
Can, Fatih Cemal.
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El Yazması
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initial guess for four and five poses. Kinematic analysis of the manipulators is investigated. After the
by
Plattürk, Sabahat Defne, author.
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extremely accurate quadrature rule for the improper integrals. Error analysis for both numerical integration
by
Demir, Hatice Ayşegül, author.
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material usage; and assess its structural condition for future seismic action through numerical analysis
by
Aktaş, Kadir, author.
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FOWT designs under wind and wave loads, the necessary laboratory wave generation, analysis, and test
by
Alkarem, Yüksel, author.
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underlying causes of high demands to reach accurate numerical simulation of floating offshore wind turbines
by
Ekici, Çağın, author.
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process is modeled by using numerical analysis methods and compared to experimental results to obtain
by
Mansour, Ahmed Y. S. , author.
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parameters. For this study SEAWAT code is used to solve the numerical model for the coupled density dependent
by
Vardaroğlu, Mustafa, author.
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twin-girder buckling test as the part of a previous study. According to the numerical study an equation is
by
Çakıroğlu, Cem.
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El Yazması
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LS-DYNATM and ANSYSTM finite element analysis programs. To acquire maximum computational efficiency, a mesh
by
Gerçek Şen, Mümine, author.
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approaches: i) 15 architectural design strategies are evaluated by using a sensitivity analysis. It is found
by
Özbey, Sayit, author.
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experimental and numerical (regression analysis, optimization) studies. In the experimental part of the thesis
by
Karadoğan, Ceren, author.
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El Yazması
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of Fluids (VOF) model, which is a two-phase flow model, was used in numerical analysis. The lengths
by
Şenol, Duygu, author.
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ten-story-three-bay reinforced concrete frame model. The numerical analysis is performed using the OpenSees platform
by
Yakın, Fetiye Esin, author.
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Fourier-transform infrared spectroscopy (FTIR), measuring surface area using Brunauer– Emmett–Teller (BET) analysis
by
Kangal, Serkan, author.
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experimental and numerical approaches. In numerical approaches, FE analysis was performed featuring a simple
by
Gürler, Yiğit, author.
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two stages; static structural analysis results and fatigue analysis. The numerical results show that
by
Jovichikj, Radomir, author.
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(Newton-Euler approach, virtual work method and graphical approach), the static force analysis is done. The aim
by
Beylergil, Bertan, author.
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. Dynamic mechanic analysis (DMA) was used to investigate the thermo-mechanical behavior of reference and
by
Gazi Gezgin, Aylin, author
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kinematic and numerical analysis in order to fulfil the task of covered enclosure without any interference
by
Bakunowicz, Paulina, author.
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El Yazması
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application of the commercially available numerical analysis software PFC2D (Itasca, 2008). This software is
by
Tirtom, İsmail.
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El Yazması
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predicted over a range of strain rates for different particle volume fractions. Numerical results of the
by
Çetin, Gökçe.
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El Yazması
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burner, are experimentally analyzed and optimized. After the optimization process, a numerical analysis
by
Ataç, Enes, author.
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diffraction pattern. The whole process has a mathematical model with numerical analysis methods. This
by
Ceylan, Hasan, author.
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environment. The first study consists of a numerical and an experimental phase. In the numerical phase, the
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