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Title: Preliminary Sailplane Design Using MDO And Multi-Fidelity Analysis
Date: 2011
Author(s): Pilcher, Chris V. (Author), Ryerson University (Degree grantor)
Subject(s): Gliders (Aeronautics) -- Mathematical models, Gliders (Aeronautics) -- Statistical methods, Multidisciplinary design optimization, Genetic algorithms, Finite element method
Program: Aerospace Engineering
Degree: Master of Applied Science (MASc)

Title: Evaluation of Finite Element Software for Pavement Stress Analysis
Date: 2005
Author(s): Chen, Huan (Author), Ryerson University (Degree grantor)
Subject(s): Pavements -- Design and construction, Pavements -- Mathematical models, Pavements -- Testing -- Computer programs, Finite element method
Program: Civil Engineering
Degree: Master of Engineering (MEng)

Title: Dynamic Finite Element Modelling And Free Vibration Analysis Of Delaminated Composite Beams
Date: 2012
Author(s): Erdelyi, Nicholas (Author), Ryerson University (Degree grantor)
Subject(s): Composite materials -- Delamination -- Testing, Finite element method, Structural analysis (Engineering) -- Approximation methods, Laminated materials -- Mathematical models
Program: Aerospace Engineering
Degree: Master of Applied Science (MASc)

Title: Numerical and experimental modal analysis of machine tool spindle systems
Date: 2014
Author(s): Sambandamurthy, Hemachandran (Author), Ryerson University (Degree grantor)
Subject(s): Spindles (Machine-tools) -- Noise, Aerospace industries, Finite element method, High-speed machining -- Vibration
Program: Aerospace Engineering
Degree: Master of Applied Science (MASc)

Title: A validated finite element study of stress shielding in a novel hybrid knee implant
Date: 2009
Author(s): Mahboob, Ziauddin (Author), Bougherara, Habiba (Thesis advisor), Ryerson University (Degree grantor)
Subject(s): Orthopedic implants -- Strength of materials, Orthopedic implants -- Complications -- Mathematical models, Artificial knee, Finite element method
Program: Aerospace Engineering
Degree: Master of Applied Science (MASc)

Title: Experimental and finite element analysis of articular cartilage
Date: 2007
Author(s): Karami, Abdolreza (Author), Behdinan, Kamran (Thesis advisor), Ryerson University (Degree grantor)
Subject(s): Finite element method, Articular cartilage, Cervical vertebrae, Biomechanics
Program: Aerospace Engineering
Degree: Master of Applied Science (MASc)

Title: Ballistic impact of single particles into gelatin : experiments and modeling with application to transdermal pharmaceutical delivery
Date: 2009
Author(s): Ryerson University (Degree granting institution), Guha, Rachel Ann (Author)
Subject(s): Drug delivery systems -- Mathematical models, Transdermal medication, Ballistics, Skin -- Permeability -- Mathematical models, Finite element method, Penetration mechanics
Program: Mechanical and Industrial Engineering
Degree: Master of Applied Science

Title: Dynamic Finite Element (DFE) Formulation of Functionally Graded Beams
Date: 2017
Author(s): Ryerson University (Degree granting institution), Gee, Aaron (Author)
Subject(s): Girders -- Vibration, Finite element method, Functionally gradient materials, Girders -- Testing, Girders -- Design and construction
Program: Aerospace Engineering
Degree: Master of Applied Science

Title: Ballistic Impact of Single Particles into Gelatin : Experiments and Modeling with Application to Transdermal Pharmaceutical Delivery
Date: 2009
Author(s): Ryerson University (Degree granting institution), Guha, Rachel Ann (Author)
Subject(s): Penetration mechanics, Drug delivery systems -- Mathematical models, Transdermal medication, Ballistics, Skin -- Permeability -- Mathematical models, Finite element method
Program: Mechanical and Industrial Engineering
Degree: Master of Applied Science

Title: Free vibration analysis of extension-torsion coupled elements using a dynamic finite element (DFE) formulation
Date: 2005
Author(s): Roach, Andrew (Author), Hashemi, SH (Thesis advisor), Ryerson University (Degree granting institution)
Subject(s): Vibration, Torsion, Finite element method
Program: Mechanical and Industrial Engineering
Degree: Master of Applied Science

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