Techniques for Structural Analysis and Design Lecture Notes
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Techniques for Structural Analysis and Design Lecture Notes
Techniques for Structural Analysis and Design Lecture Notes
This note introduces analysis techniques for complex structures and
the role of material properties in structural design, failure, and longevity. Topics covered includes:
Kinetics, Kinematics, Thermodynamic Principles, Constitutive Equations, Boundary
Value Problems of Elasticity, Energy and Variational Principles, Concepts of
Calculus of Variations, Virtual Work and Energy Principles, Weighted Residual
Methods, Isoparametric Derivation of Bar Element Stiffness Matrix, Fracture
Mechanics, Fatigue and Longevity.
This note covers introduction, Aircraft design applications, ADEBO
requirements and basic concept, Fundamentals of programming, Aircraft design box
ADEBO and proof of concept.
This note covers Stability, Control Requirements and Static
Longitudinal Stability and Control, Aircraft Equations of motion, Lateral,
Directional and Dynamic Stability Response to Control, Control System Modeling
and Feedback Control, Design of Aircraft Controller, Stability and Control
Augmentation and Auto Pilots Design of Stability Augmentation.
Author(s): Malla Reddy College Of Engineering and Technology
This note starts with an introduction to Aircraft Design and
covers the topics like Intelligent Systems in Engineering Design, Theory for
Micro Air Vehicle Design, Framework for Automated MAV Design, MAV Case Studies,
Experimental Validation, Concept Prototyping and Testing.
Author(s): Linkoping Studies in Science
and Technology
This note
covers the following topics: Aerodynamic Design, Aerodynamic Shape Optimization,
Design Process, Applications of Aerodynamic Shape Optimization.
The aim of this manual is to briefly state theoretical bases of
methods and models used in conceptual airplane design, to develop and
consolidate understanding of the relations between the main airplane parameters
and characteristics, and to prepare students to perform their graduation
projects. This tutorial contains only necessary information for obtaining the
first experience in the conceptual airplane design. Also it is supposed that
students refer to textbooks and other scientific sources, which seems difficult
at first. In this case this tutorial should be used as a guide-book for
additional information sources.