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AE 801: Struct Dynamics 2
2.00 - 3.00 Credits
Wichita State University
Structural Dynamics A study of the dynamic response of multiple degree of freedom systems and continuous systems subjected to external dynamic forcing functions. Classical, numerical, and energy solutions. Prerequisite: AE 777.
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AE 801 - Struct Dynamics 2
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AE 807: Flight Control Sys Design 2
3.00 Credits
Wichita State University
Modern Flight Control Systems Design II Continuation of AE 707, emphasizing the effects of atmospheric turbulence and corrupted measurements; state estimation using the Kalman filter; output feedback design methods for flight controls; robustness requirements in the design; and extension to digital systems. Prerequisites: AE 707 and 714.
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AE 807 - Flight Control Sys Design 2
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AE 811: Panl Meth Aerodyn
3.00 Credits
Wichita State University
AE 811. Panel Methods in Aerodynamics An introduction to panel method theory and application for inviscid incompressible attached flows. Uses some two- and three-dimensional computer codes. Prerequisites: AE 711 and MATH 757 or equivalent.
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AE 811 - Panl Meth Aerodyn
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AE 812: Viscous Fluids
3.00 Credits
Wichita State University
Aerodynamics of Viscous Fluids Viscous fluids flow theory and boundary layers. Prerequisite: AE 424 or ME 521.
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AE 812 - Viscous Fluids
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AE 813: Intro to Aeroelasticity
3.00 Credits
Wichita State University
AE 813. Introduction to Aeroelasticity Studies phenomena involving interactions among aerodynamic, inertial, and elastic forces. Explores influence of these interactions on aircraft design. Includes such specific cases as divergence, control effectiveness, control reversal, flutter, buffeting, dynamic response to rapidly applied periodic forces, aeroelastic effects on load distribution, and static and dynamic stability. Prerequisite: AE 777 or MATH 757 or instructor's consent and programming proficiency.
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AE 813 - Intro to Aeroelasticity
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AE 814: Adv Flight Dyn 2
3.00 Credits
Wichita State University
Advanced Flight Dynamics II Sensitivity analyses of flight parameters, control surface sizing, handling qualities; pilot in-the-loop analysis; trajectory optimization. Prerequisite: AE 714.
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AE 814 - Adv Flight Dyn 2
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AE 815: Spacecrft Attd Dy
2.00 - 3.00 Credits
Wichita State University
No course description available.
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AE 815 - Spacecrft Attd Dy
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AE 817: Transonic Aerodyn
2.00 - 3.00 Credits
Wichita State University
Transonic Aerodynamics Experimental and analytical difficulties in flow and flight near Mach one; basic equations and solution methods: linearized potential equation; shock occurrence criteria on wings; Transonic Area Rule; nozzle throat design; detached shock wave computations; computational methods. Prerequisites: AE 424 or equivalent; and AE 711 or 716.
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AE 817 - Transonic Aerodyn
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AE 818: Hypersonic Aerodynamics
2.00 - 3.00 Credits
Wichita State University
Hypersonic Aerodynamics Classical hypersonic theory and approximations; Newtonian flow; flight corridors and trajectories; hot gas effects; experimental difficulties; short time test facilities; computational techniques; propulsion methods; airframe-engine integration; SCRam jets. Prerequisites: AE 711 and 716 or equivalent.
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AE 818 - Hypersonic Aerodynamics
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AE 822: Finite Elem Analy Structures 2
2.00 - 3.00 Credits
Wichita State University
Finite Element Analysis of Structures II Formulation of the finite element equations by variational methods; the use of isoparametric and higher order elements for analyzing two- and three-dimensional problems in solid mechanics; introduction to solutions of nonlinear problems. Prerequisites: AE 722 and 731.
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AE 822 - Finite Elem Analy Structures 2
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