GRADUATE COURSE SUGGESTIONS BY TOPICAL AREAS
GRADUATE COURSE SUGGESTIONS BY TOPICAL AREASAll MAE Graduate Students: required to enroll in MAE 801 (Seminar) their 1st semesterAll Master's Thesis Students: minimum 9 credits of MAE 695 requiredAll Master's Non-Thesis Students: 3 credits of MAE 586 required (typically during final semester)All Distance Education Students: 3 credits of MAE 586 required (typically during final semester)All Doctoral Students: minimum 24 credits of MAE 895 requiredNote: All course offerings, including MAE 589 (Special Topics) and MAE 789 (Advanced Topics), are subject tochange each semester. Please consult the current semester's class search for up-to-date offerings.AEROSPACE RESEARCH AREACOURSE NUMBER AND TITLEMAE 543MAE 537Aerodynamics and AppliedMAE 539MAE 541AerodynamicsMAE 730MAE 731MAE 575MAE 504MAE 550MAE 553Aerospace PropulsionMAE 560MAE 505MAE 704MAE 708MAE 766MAE 551MAE 561MAE 525MAE 511Aircraft DesignMAE 521MAE 531MAE 721MAE 789MAE 789MAE 531MAE 539Composite Materials andMAE 537MAE 541FabricationMAE 730MAE 731MAE 550MAE 560MAE 553MAE 562Computational Fluid Dynamics for MAE 504MAE 551AEMAE 561MAE 766MAE 770MAE 776MAE 704MAE 561MAE 521MAE 562MAE 551Flight Dynamics and ControlMAE 522MAE 704MAE 721MAE 789Fracture MechanicsMechanics of Composite StructuresAdvanced MaterialsAdvanced Solid Mechanics IModem PlasticityMaterials Processing by DeformationAdvanced Propulsion SystemsFluid Dynamics of Combustion IFoundations of Fluid DynamicsCompressible Fluid FlowComputational Fluid Mechanics and Heat TransferHeat Transfer Theory and ApplicationsFluid Dynamics of Combustion IIAdvanced Convective Heat TransferComputational Fluid DynamicsAirfoil TheoryWing TheoryAdvanced Flight Vehicle Stability & ControlAdvanced Dynamics with Applications to Aerospace SystemsLinear Control & Design for MIMO SystemsEngineering Design OptimizationRobust Control with Convex MethodsAdvanced Topics - Advanced Dynamics IIAdvanced Topics - Adv Analytical Methods in Structural VibrationEngineering Design OptimizationAdvanced MaterialsMechanics of Composite StructuresAdvanced Solid Mechanics IModem PlasticityMaterials Processing by DeformationFoundations of Fluid DynamicsComputational Fluid Mechanics and Heat TransferCompressible Fluid FlowPhysical Gas DynamicsFluid Dynamics of Combustion IAirfoil TheoryWing TheoryComputational Fluid DynamicsComputation of Reacting FlowsTurbulenceFluid Dynamics of Combustion IIWing TheoryLinear Control & Design for MIMO SystemsPhysical Gas DynamicsAirfoil TheoryNon Linear System Analysis and ControlFluid Dynamics of Combustion IIRobust Control with Convex MethodsAdvanced Topics - Adv Analytical Methods in Structural Vibration
AEROSPACE RESEARCH AREA(Cont.)COURSE NUMBER AND TITLEMAE 525MAE 521MAE 522MAE 511Flight Research using UAV'sMAE 551MAE 561MAE 721MAE 789MAE 789MAE 511MAE 521MAE 531MAE 513Space Exploration SystemsMAE 535Analysis and DesignMAE 589MAE 721MAE 789MAE 789MAE 532MAE 539MAE 543Multifunction Materials andMAE 536SMART StructuresMAE 538MAE 730MAE 734MAE 511MAE 522MAE 525Spacecraft Dynamics, Navigation, MAE 521MAE 531and ControlMAE 589MAE 721MAE 789MAE 789MECHANICAL RESEARCH AREAAdvanced Flight Vehicle Stability & ControlLinear Control & Design for MIMO SystemsNon Linear System Analysis and ControlAdvanced Dynamics with Applications to Aerospace SystemsAirfoil TheoryWing TheoryRobust Control with Convex MethodsAdvanced Topics - Advanced Dynamics IIAdvanced Topics - Adv Analytical Methods in Structural VibrationAdvanced Dynamics with Applications to Aerospace SystemsLinear Control & Design for MIMO SystemsEngineering Design OptimizationPrinciples of Structural VibrationDesign of Electromechanical SystemsSpecial Topics - Space Exploration SystemsRobust Control with Convex MethodsAdvanced Topics - Advanced Dynamics IIAdvanced Topics - Adv Analytical Methods in Structural VibrationSmart Structures and Micro-TransducersAdvanced MaterialsFracture MechanicsMicro/Nano Electromechanical SystemsSmart Structures and MaterialsModem PlasticityFinite Element Analysis IIAdvanced Dynamics with Applications to Aerospace SystemsNon Linear System Analysis and ControlAdvanced Flight Vehicle Stability & ControlLinear Control & Design for MIMO SystemsEngineering Design OptimizationSpecial Topics - Space Exploration SystemsRobust Control with Convex MethodsAdvanced Topics - Advanced Dynamics IIAdvanced Topics - Adv Analytical Methods in Structural VibrationCOURSE NUMBER AND TITLEMAE 511MAE 513MAE 518MAE 533MAE 538Acoustics and VibrationMAE 541MAE 718MAE 734MAE 789MAE 501MAE 550MAE 560MAE 505Alternative and Renewable Energy MAE 551MAE 561MAE 702MAE 704MAE 708MAE 513MAE 533MAE 537MAE 539Applied and ExperimentalMAE 541MechanicsMAE 543MAE 730MAE 731MAE 734Advanced Dynamics with Applications to Aerospace SystemsPrinciples of Structural VibrationAcoustic Radiation IFinite Element Analysis ISmart Structures and MaterialsAdvanced Solid Mechanics IAcoustic Radiation IIFinite Element Analysis IIAdvanced Engineering ThermodynamicsFoundations of Fluid DynamicsComputational Fluid Mechanics and Heat TransferHeat Transfer Theory and ApplicationsAirfoil TheoryWing TheoryStatistical ThermodynamicsFluid Dynamics of Combustion IIAdvanced Convective Heat TransferPrinciples of Structural VibrationFinite Element Analysis IMechanics of Composite StructuresAdvanced MaterialsAdvanced Solid Mechanics IFracture MechanicsModem PlasticityMaterials Processing by DeformationFinite Element Analysis II
MECHANICAL RESEARCH , Manufacturing, andMaterial MechanicsDynamic Systems and ControlEnergy Conversion and SystemsFluid DynamicsHeat TransferCOURSE NUMBER AND TITLEMAE 550MAE 558MAE 553MAE 776MAE 766MAE 537MAE 541MAE 543MAE 544MAE 730MAE 734MAE 501MAE 504MAE 505MAE 550MAE 702MAE 704MAE 531MAE 533MAE 538MAE 539MAE 541MAE 545MAE 731MAE 734MAE 742MAE 511MAE 521MAE 522MAE 535MAE 538MAE 544MAE 721MAE 789MAE 789MAE 501MAE 504MAE 505MAE 513MAE 540MAE 702MAE 708MAE 504MAE 550MAE 553MAE 558MAE 573MAE 704MAE 766MAE 776MAE 505MAE 501MAE 560MAE 708Foundations of Fluid DynamicsMicrofluidics and NanofluidicsCompressible Fluid FlowTurbulenceComputational Fluid DynamicsMechanics of Composite StructuresAdvanced Solid Mechanics IFracture MechanicsReal Time RoboticsModem PlasticityFinite Element Analysis IIAdvanced Engineering ThermodynamicsFluid Dynamics of Combustion IHeat Transfer Theory and ApplicationsFoundations of Fluid DynamicsStatistical ThermodynamicsFluid Dynamics of Combustion IIEngineering Design OptimizationFinite Element Analysis ISmart Structures and MaterialsAdvanced MaterialsAdvanced Solid Mechanics IMetrology for Precision ManufacturingMaterials Processing by DeformationFinite Element Analysis IIMechanical Design for Automated AssemblyAdvanced Dynamics with Applications to Aerospace SystemsLinear Control & Design for MIMO SystemsNon Linear System Analysis and ControlDesign of Electromechanical SystemsSmart Structures and MaterialsReal Time RoboticsRobust Control with Convex MethodsAdvanced Topics - Advanced Dynamics IIAdvanced Topics - Adv Analytical Methods in Structural VibrationAdvanced Engineering ThermodynamicsFluid Dynamics of Combustion IHeat Transfer Theory and ApplicationsPrinciples of Structural VibrationAdvanced Air Conditioning DesignStatistical ThermodynamicsAdvanced Convective Heat TransferFluid Dynamics of Combustion IFoundations of Fluid DynamicsCompressible Fluid FlowMicrofluidics and NanofluidicsHydrodynamic Stability and TransitionFluid Dynamics of Combustion IIComputational Fluid DynamicsTurbulenceHeat Transfer Theory and ApplicationsAdvanced Engineering ThermodynamicsComputational Fluid Mechanics and Heat TransferAdvanced Convective Heat Transfer
MECHANICAL RESEARCH AREA(Cont.)Industrial AssessmentMetrologyMicro and Nano-MEMSPlasticity and FracturePorous MediaReacting FlowsSMART MaterialsSolidificationCOURSE NUMBER AND TITLEMAE 501MAE 505MAE 540MAE 550MAE 560MAE 589MAE 704MAE 708MAE 709MAE 513MAE 533MAE 539MAE 541MAE 545MAE 589MAE 731MAE 734MAE 742MAE 513MAE 536MAE 558MAE 532MAE 538MAE 545MAE 730MAE 734MAE 531MAE 533MAE 537MAE 539MAE 541MAE 543MAE 730MAE 731MAE 734MAE 505MAE 539MAE 501MAE 708MAE 550MAE 553MAE 558MAE 770MAE 776MAE 531MAE 532MAE 533MAE 537MAE 538MAE 541MAE 730MAE 734MAE 505MAE 539MAE 543MAE 730Advanced Engineering ThermodynamicsHeat Transfer Theory and ApplicationsAdvanced Air Conditioning DesignFoundations of Fluid DynamicsComputational Fluid Mechanics and Heat TransferSpecial Topics - Indus EnergyFluid Dynamics of Combustion IIAdvanced Convective Heat TransferAdvanced Radiative Heat TransferPrinciples of Structural VibrationFinite Element Analysis IAdvanced MaterialsAdvanced Solid Mechanics IMetrology for Precision ManufacturingSpecial Topics - OpticsMaterials Processing by DeformationFinite Element Analysis IIMechanical Design for Automated AssemblyPrinciples of Structural VibrationMicro/Nano Electromechanical SystemsMicrofluidics and NanofluidicsSmart Structures and Micro-TransducersSmart Structures and MaterialsMetrology for Precision ManufacturingModem PlasticityFinite Element Analysis IIEngineering Design OptimizationFinite Element Analysis IMechanics of Composite StructuresAdvanced MaterialsAdvanced Solid Mechanics IFracture MechanicsModem PlasticityMaterials Processing by DeformationFinite Element Analysis IIHeat Transfer Theory and ApplicationsAdvanced MaterialsAdvanced Engineering ThermodynamicsAdvanced Convective Heat TransferFoundations of Fluid DynamicsCompressible Fluid FlowMicrofluidics and NanofluidicsComputation of Reacting FlowsTurbulenceEngineering Design OptimizationSmart Structures and Micro-TransducersFinite Element Analysis IMechanics of Composite StructuresSmart Structures and MaterialsAdvanced Solid Mechanics IModem PlasticityFinite Element Analysis IIHeat Transfer Theory and ApplicationsAdvanced MaterialsFracture MechanicsModem Plasticity
MECHANICAL RESEARCH AREA(Cont.)Thermal FluidsTurbulenceCOURSE NUMBER AND TITLEMAE 504MAE 505MAE 550MAE 558MAE 501MAE 702MAE 704MAE 708MAE 504MAE 560MAE 550MAE 573MAE 766MAE 776Fluid Dynamics of Combustion IHeat Transfer Theory and ApplicationsFoundations of Fluid DynamicsMicrofluidics and NanofluidicsAdvanced Engineering ThermodynamicsStatistical ThermodynamicsFluid Dynamics of Combustion IIAdvanced Convective Heat TransferFluid Dynamics of Combustion IComputational Fluid Mechanics and Heat TransferFoundations of Fluid DynamicsHydrodynamic Stability and TransitionComputational Fluid DynamicsTurbulenceMAE 589 - Special Topics in Mechanical EngineeringNote: This is a list of typically offered topics. Course offerings are subject to change each semester, see the current semester's class searchfor up-to-date offerings.TopicIntro to Structural Health MonitoringPrecision Manufacturing Processes & SystemsFundamentals of Product DesignAdvanced IC EnginesDynamic Analysis of Human MovementDirect Energy ConversionBoundary Layer TheoryApplied AerodynamicsOptical EngineeringSpace Exploration SystemsApplied AcousticsProduct Design ManagementIntro to Experimental Fluid MechanicsProfessorF-G YuanJ. TuS. FergusonT. FangK. SaulB. O'ConnorV. NarayanaswamyA. GopalarathnamC-H ChangA. MazzoleniM. MullerS. FergusonK. GranlundMAE 789 - Advanced Topics in Mechanical EngineeringNote: This is a list of typically offered topics. Course offerings are subject to change each semester, see the current semester's class searchfor up-to-date offerings.TopicAdvanced Dynamics IIAdvanced Analytical Methods in Structural VibrationProfessorA. MazzoleniD. Keltie
MAE 704 Fluid Dynamics of Combustion II MAE 708 Advanced Convective Heat Transfer MAE 766 Computational Fluid Dynamics MAE 551 Airfoil Theory MAE 561 Wing Theory MAE 525 Advanced Flight Vehicle Stability & Control MAE 511 Advanced Dynamics with Applications to Aerospace Systems MAE 521 Linear Control &
A graduate student who wishes to enroll in an undergraduate course for graduate credit A graduate student who wishes to enroll in a law, medical, or business course for graduate credit A law or medical student who wishes to enroll in a graduate level course for gradu
Topical ire eport eres June 2017 Volume 18, Issue 1 Residential Building Fires (2013-2015) These topical reports are . designed to explore facets of the U.S. fire problem as depicted through data collected in the U.S. Fire Administration’s National Fire Incident Reporting System. Each topical report briefly addresses the
The three basic types of sermons are called: topical, textual and expository. What follows is an overview of each of these three types. The Topical Sermon By definition: A topical sermon is based on a single topic, found in the Bible and its main points are a development of that topic. Ea
tematic review identified three publications reporting CHG inactivation after concurrent application of topical agents[6-8]. Emulsifiers and thickeners found in these topical agents contributed to CHG inactivation. As rev- ealed by our systematic review, there was a distinct l
BIOLOGY FORM 2 KCSE TOPICAL QUESTIONS AND ANSWERS Author "MANYAM FRANCHISE (atikaschool.org)" Subject: BIOLOGY FORM 2 KCSE TOPICAL QUESTIONS AND ANSW
ethosomes is demonstrated to be superior to that of classic liposomes, and the skin retention of the drug is also significantly increased [7]. However, plain nano-carriers for topical delivery, including ethosomes, do not specifically target the site of skin disease and simply cause drug accumulation and diffusion during topical absorption.
Topical Suspension USP, 1%) contain clindamycin phosphate, USP, at a concentration equivalent to 10 . Cholestyramine or colestipol resins bind vancomycin in vitro. If both a resin and vancomycin are . reported as adverse reactions in patients treated with oral and parenteral formulations of clindamycin and rarely with topical clindamycin .
topical soluions, topical treatment of toenail fungal infecions usually does not have a signiicant efect.” The report goes on to suggest in no uncertain terms that hydrogen peroxide does not efecively treat toenail fungus. Plain and simple, it states, “Creams and other topical medicaions are usually not efecive against nail fungus.
