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by
Elbarbary, Mostafa, author.
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In this thesis, finite element analysis using ABAQUS is conducted to study the mechanical
by
Ooi, George Theng Ching, author. (orcid)0000-0002-3037-1668
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modeling, a two-dimensional finite element RCF model was developed to examine the crack propagation and
by
Yanik, Erim, author.
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the working fluid running through the gap in between the magnet assembly and Gd yielding annular flow
by
Rijal, Manoj, author.
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experiments were compared with those obtained from finite element analysis to determine the closest match, and
by
Patnam Damodaram, Ramya Mitra, author.
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Truncated Octahedron structure is presented. With help of finite element analysis (FEA), compression testing
by
Mhetre, Tejas Vasant, author.
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pressure. The focus of this study is to develop Finite Element Model to predict the performance of
by
Williams, Kyle R., author.
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underlying Marvov chain is developed for planning beyond a finite horizon in the HHV energy management
by
Rupak, Amartya Rishin, author.
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Analyzing the yielding behavior of the contacting pairs is very important to determine the crack
by
Al-Edani, Ameen Ahmed Nassar, author.
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-plastic, fracture mechanics package based upon finite and boundary element methods. The package contains many useful
by
Husain, Imad Ahmed, author.
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finite-element and boundary-element techniques. The analysis is based upon a vide range of yield criteria
by
Nada, Nabil N. A., author.
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if it is possible to use holographic interferometry in photographing the motion of finite
by
Mitchell, Drew, author.
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propagation for any 3-dimensional shape objects with a hole (from infinitesimal to finite). For validating the
by
Okoro, Eberechukwu Anthony, author.
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validate the ABAQUS finite element model, while the phase transformation simulation was performed using
by
Zhang, Jingwei, author.
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, remelting of preexisting grains, metal addition, and grain competitive growth. The second research topic is
by
Ali, Mohammad Maqsud, author. (orcid)0000-0002-0340-0099
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developed by describing the dynamics of the viscoelastic behavior of the polyurea using the Golla
by
Liang, Xudong, author.
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-through instability is linear with finite change of volume, while the bulge-out mode is nonlinear with a localized
by
Shen, Ninggang, author.
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developed to predict the microstructure evolution during different SPD manufacturing processes. Different
by
Costa, Marcelo Bruno Serrão Fontes Parente da, author.
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containers with distilled water. The specimens are then removed from the container at different time steps
by
Bobba, Dhanooj, author.
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(DEM) and the conventional finite element method (FEM). The shots are generated randomly and their
by
Gras Ribot, Josep Maria, author.
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(finite width) boundaries. The developed phase field model can be easily coupled with other mechanical or
by
Linghu, Zelin, author.
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Finite element analysis (FEA) is widely used in design of metamaterials to predict the mechanical
by
Looney, Christopher P., author.
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each of the three test methods as well as in-service conditions of a DOT3AA cylinder in the finite
by
Haynes, Christopher A., author.
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membrane and cable finite element formulations. GRINS is built on the libMesh finite element library. A key
by
Karkisaval Ganapati, Abhijith, author.
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understanding of the mechanics and dynamics of the biosensor under various operating conditions are absolutely
by
Jones, Talmage Harnish, author.
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the accuracy of the finite element approach. The fabrication process is explained and experimental
by
Sheng, Andrew, author.
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superposition procedure. The elastic field of a crack in a finite geometry is separated into two parts: the
by
Abbas, Naseer M., author.
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account the change in density of the chips material during compaction and consolidation process. The model
by
Narug, Colin, author.
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of the Detector Solenoid, the internal components will need to absorb the remaining particles of the
by
Barr, Stephen M., author. (orcid)0000-0002-0450-165X
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The concept of passive aeroelastic tailoring is explored to maximize the performance of the NREL 5
by
Gadipudi, Varun Kumar, author.
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inspired by bio material is presented. With help of topology optimization and finite element analysis
by
Pittu, Chandra Bhaskar Reddy, author.
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Stress concentration factor of the 3D straight Fiber Composite using Finite Element(FE). The compressive
by
Guttag, Mark Andrew, author.
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membranes stretched over rigid acrylic skeletons. By decreasing the internal pressure of the specimens, the
by
Mac Murray, Benjamin C., author. (orcid)0000-0002-7446-9165
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shape when pressurized, simulating the physical shape and feel of different virtual objects. The
by
Dunbar, Nicholas J., author.
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The completed computational framework consists of a software tool enabling the graphical
by
Chiu, Jack, author.
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system. Several solutions to this model which were solved using a Finite Difference approach are included
by
Huo, Zhen, author.
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-defined subroutines were developed to implement these methods into commercial finite element code. To validate the
by
Ren, Yao, author.
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requires an accurate prediction of wound roll stresses. The Wound-On-Tension (WOT) is the tension in the
by
Ding, Huali, author.
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to predict the interactions between the dynamic behavior and tooth surface wear. First, dynamic
by
Saad, E. A., author.
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hypothesis about the flow mechanism. This enhanced the present knowledge about the flow behaviour inside this
by
Türkkan, Ömer Anil, author.
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Compliant mechanisms utilize the deformation of the elastic members to achieve the desired motion
by
Holloway, John Charles, author.
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allows the user to prescribe the time by which the estimation and control objectives will be achieved. We
by
Ganesan, Vishwanath, author.
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finite pressure jump based on the local curvature of the interface. Hence, this scheme retains accuracy
by
Chembakassery, Bella J., author. (orcid)0000-0003-4110-5063
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locations. The technique used to choose the optimum location to place the sensors is called D
by
Bair, Michael O., author.
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microcontrollers operated the system with inputs from force sensitive resistors (FSR) placed under the ball of each
by
Jamadagni, Harsha, author.
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the materials surface characteristics. The first part of the study evaluated both experimentally and
by
Zamani, Vahid, author.
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certain boundary value problems for spherical and cylindrical finite deformations. In addition to the
by
Chadha, Reewanshu, author. (orcid)0000-0002-9872-8467
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patches. The model uses the global-local finite element approach and is capable of simulating fatigue
by
Anazi, Mohammed Hamood, author.
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developed based on continuum mechanics within the elastic/viscoplastic framework that comprises constitutive
by
Karri, Naveen Kishore, author. (orcid)0000-0002-7381-9047
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reliability of TEGs in the industry. The objective of this dissertation is to investigate the factors that
by
Lee, Geuntak, author.
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assistance to achieve the deconvolution of the electric current effects from the temperature effects. The
by
Wang, Mengying, author.
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between the fit parameters and the system parameters is also investigated through scatter plots in the fit
by
Sadowski, Nicholas Barrett, author.
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computer aided design models and iterative finite element analysis. Goals for this design were to create a
by
Liang, Wenkai, author.
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extrapolation expression allowing for finite flame thickness is proposed. Next, the supercritical effect on
by
Hajian, Rozhin, author. (orcid)0000-0002-3953-0434
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Finally, the acoustic far-field pressure is determined for a finite-chord panel with uniform
by
Chen, Naigeng, author.
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experience complex microstructure change at finite strains, which involves a combination of fiber stretching
by
Sharma, Nitish, author.
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study the static and dynamic response of the geometry and the material. The finite element simulation
by
Karnik, Anuraag, author.
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characterizing thermomechanical properties of the solder and PCB material. A finite element model and theory
by
Bousquet, Gabriel D., author.
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is thin the optimal trajectory is composed of small-angle, large-radius arcs. Essentially, the
by
Lee, Anna, author.
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controllable geometric properties. We systematically vary the amplitude and width of the defect, and then we
by
Druecke, Benjamin C., author.
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-pressure ends. Using finite element simulations, we characterize the energy release rates for the growth of
by
Hommer, Garrison Michael, author.
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compression-compression, tension-compression, and tension-tension were designed using finite element analysis
by
Sang, Sheng, author.
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reflection of elastic waves. To improve the performance of the elastic metamaterials, the second design is
by
Stobbe, David M., author.
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wavenumber related by the well-known Rayleigh-Lamb equation. Generally, at zero wavenumber the dispersion
by
Hahn, Jaesik, author.
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finite difference method. Experimental validation of the model follows to complete the overarching goal
by
Gong, Jixuan, author.
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In the last part of this work, a non-local finite element shell model is established for single
by
Cui, Fiona Yuwei, author. (orcid)0000-0002-7118-3233
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multiple fracture toughness results in one experiment. The symmetric geometry eliminates the mixed mode
by
Gordon, Jerard Vincent Alexander, author.
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propagation as compared to the conventional material at a given stress intensity range within the Paris
by
Puder, Jonathan Michael, author. (orcid)0000-0002-9036-9375
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Part of the reason spurious modes remain a challenge is the lack of a rapid and wide
by
Bates, Evan M., author.
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commercially available Finite Element Analysis (FEA) software. Using the new fast solvers and optimization
by
Herrema, Austin J., author. (orcid)0000-0002-3643-7867
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traditional finite element analysis (FEA). IGA directly utilizes the mathematical models generated by computer
by
Chen, Julia Ting Hsuan, author. (orcid)0000-0001-6489-8479
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with finite element based simulation software (FRANC2D). The role of anisotropy of fracture toughness
by
Ranjbar, Vahid Azadeh, author.
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aerodynamic forces to the cylinder vibration. Furthermore, effects of finite-length circular cylinders with
by
Shao, Wen Jiao, author.
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contrasts with the trends apparent in numerical results of the effect of geometric distortions on the
by
Ahmad, Khaled, author.
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impeller. The basic concept in the theoretical study has been to find the particle trajectories inside the
by
Erukulla, Gautami D., author.
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-penetrating boundary condition that assumes the sea bottom to be flat and elastic. Finite element method is chosen to
by
Bhuiyan, Yeasin, author.
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rivet hole crack detection. The scatter cube of complex-valued wave damage interaction coefficients
by
Ndip-Agbor, Ebot E., author.
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manufacturing processes. Both the automated strategy and the analytical framework were tested and yielded
by
Nahata, Sudhanshu, author.
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controlled and repeatable forces to the spindle in a non-contact fashion. To aid in selection of magnet type
by
Nanda, Aditya, author. (orcid)0000-0002-6220-5250
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tuned by changing the fold angle. The metamaterial consists of repeating units of panels and hinges so
by
Mahmood, Md. Sohel, author.
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the bending of the accelerometers and make them mountable on a curved surface, polyimide was used as a
by
Beason, Matthew T., author.
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compaction events have been observed to have a structure with a finite thickness. Studies of the propagation
by
Haji, Zyad, author.
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traversed along the cracked rotor to significantly excite the dynamics of the rotor near the crack locations
by
Kline, Sara E., author.
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foot pad. The Reynolds equation is coupled with the energy equation and solved using finite differences
by
Leung, Ka Kit, author.
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subject has high risk for glaucoma, while the individual ocular biomechanical properties of the subject
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