Formulate conceptual design of aeronautical or aerospace products or systems to meet customer requirements or conform to environmental regulations. ... Plan or coordinate activities concerned with investigating and resolving customers' reports of technical problems with aircraft or aerospace vehicles....
Formulate conceptual design of aeronautical or aerospace products or systems to meet customer requirements or conform to environmental regulations. ... Plan or coordinate activities concerned with investigating and resolving customers' reports of technical problems with aircraft or aerospace vehicles....
Introduction 1 - Lecture 1
12 pagesIntroduction - 2 Lecture 2
10 pagesIntroduction - 3 Lecture 3
38 pagesChapter 1 - References
2 pagesChapter 1 - Exercises
2 pagesData collection and preliminary three-view drawing - 1 Lecture 4
14 pagesData collection and preliminary three-view drawing - 2 Lecture 5
15 pagesChapter 2 - Exercises
2 pagesWeight estimation - 1 Lecture 6
16 pagesWeight estimation - 2 Lecture 7
13 pagesWeight estimation - 3 Lecture 8
16 pagesChapter 3 - References
1 pagesChapter 3 - Exercises
1 pagesEstimation of wing loading and thrust loading - 1 Lecture 9
15 pagesEstimation of wing loading and thrust loading - 2 Lecture 10
16 pagesEstimation of wing loading and thrust loading - 3 Lecture 11
15 pagesEstimation of wing loading and thrust loading - 4 Lecture 12
12 pagesEstimation of wing loading and thrust loading - 5 Lecture 13
13 pagesEstimation of wing loading and thrust loading - 6 Lecture 14
12 pagesEstimation of wing loading and thrust loading - 7 Lecture 15
20 pagesEstimation of wing loading and thrust loading - 8 Lecture 16
8 pagesEstimation of wing loading and thrust loading - 9 Lecture 17
13 pagesEstimation of wing loading and thrust loading -10 Lecture 18
12 pagesChapter 4 - References
1 pagesChapter 4 - Exercises
1 pagesWing design - selection of wing parameters - 1 Lecture 19
14 pagesWing design - selection of wing parameters - 2 Lecture 20
12 pagesWing design - selection of wing parameters - 3 Lecture 21
12 pagesWing design - selection of wing parameters - 4 Lecture 22
8 pagesChapter 5 - References
1 pagesChapter 5 - Exercises
1 pagesFuselage and tail sizing - 1 Lecture 23
15 pagesFuselage and tail sizing - 2 Lecture 24
9 pagesFuselage and tail sizing - 3 Lecture 25
16 pagesFuselage and tail sizing - 4 Lecture 26
10 pagesFuselage and tail sizing - 5 Lecture 27
12 pagesFuselage and tail sizing - 6 Lecture 28
8 pagesFuselage and tail sizing - 7 Lecture 29
11 pagesFuselage and tail sizing - 8 Lecture 30
8 pagesChapter 6 Exercises
1 pagesSpecial considerations in configuration layout Lecture 31
13 pagesChapter 7 References
1 pagesChapter 7 - Exercises
1 pagesWeights and centre of gravity - 1 Lecture 32
10 pagesWeights and centre of gravity - 2 Lecture 33
16 pagesChapter 8 - Exercises
1 pagesCross-checks on design of tail surfaces - 1 Lecture 34
9 pagesCross-checks on design of tail surfaces -2 Lecture 35
7 pagesCross-checks on design of tail surfaces - 3 Lecture 36
11 pagesCross-checks on design of tail surfaces - 4 Lecture 37
8 pagesChapter 9 - References
1 pagesChapter 9 - Exercises
1 pagesMiscellaneous topics - 1 Lecture 38
10 pagesMiscellaneous topics -2 Lecture 39
9 pagesMiscellaneous topics - 3 Lecture 40
15 pagesChapter 10 - Exercises
1 pagesAppendix 10.2 - Self study
106 pages