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相關閱讀資料


本頁翻譯進度

燈號說明

審定:無
翻譯:李純(簡介並寄信)
編輯:陳玉侖(簡介並寄信)



雖然利用廣泛的課堂筆記和另外一些學生記錄的筆記就能了解課程內容,但是建議學生學查閱其他的資料。在許多情況下,一種不同的表述會激發出火花或者加深理解。因此,為了這一目的,列出下列書名。課程教授的特定單元會建議參考書中特定的閱讀章節,這些標記在教學大綱和單元筆記中。此外,這些書比課堂筆記更適合作為永久可引用的資料。
Although it is possible to follow the course by using the extensive class notes and any additional notes taken by students, it is suggested that students learn to refer to alternate sources. In many cases, a different presentation may spark or enhance understanding. Thus, the following list of books is provided to serve this purpose. Specific readings from some of these books are recommended for the units taught in this course and are noted in the syllabus and unit notes. Furthermore, these books serve as more permanent and referencable material than class notes.


相關閱讀資料
Textbooks

  1. 1、 Rivello. 《飛行器構造的理論和分析》. McGraw-Hill, 1969.
    Rivello. Theory and Analysis of Flight Structures. McGraw-Hill, 1969.

  2. 2、 Timoshenko和Goodier.《彈性學理論》. McGraw-Hill, 1970.
    Timoshenko, and Goodier. Theory of Elasticity. McGraw-Hill, 1970.

  3. 3、 Megson.《工程學生所學的飛行器結構》. Halsted Press, 1990.
    Megson. Aircraft Structures for Engineering Students. Halsted Press, 1990.

  4. 4、 Bisplinghoff, Mar和Pian.《可變形固體的靜力學》. Addison-Wesley, 1965. (還有 Dover, 1990)
    Bisplinghoff, Mar, and Pian. Statics of Deformable Solids. Addison-Wesley, 1965. (also: Dover, 1990)

  5. 5、 Haisler.《飛行器結構分析的介紹》. Wiley, 1985.
    Haisler. An Introduction to Aerospace Structural Analysis. Wiley, 1985.

  6. 6、 Perry.《飛行器構造》. McGraw-Hill, 1950.
    Perry. Aircraft Structures. McGraw-Hill, 1950.

  7. 7、 Jones.《合成材料力學》. McGraw-Hill. (also: Hemisphere, 1988)
    Jones. Mechanics of Composite Materials. McGraw-Hill. (also: Hemisphere, 1988)

  8. 8、 Cutler.《了解飛行器構造》. Granada, 1981.
    Cutler. Understanding Aircraft Structures. Granada, 1981.

  9. 9、 Timoshenko和Gere. 《彈性穩定性理論》. McGraw-Hill, 1961.
    Timoshenko, and Gere. Theory of Elastic Stability. McGraw-Hill, 1961.

  10. 10、Gere和Timoshenko.《材料力學》. 第四版. PWS, 1997.
    Gere, and Timoshenko. Mechanics of Materials. 4th ed. PWS, 1997.

  11. 11、Meirovitch.《振動分析基礎》 Elements of Vibration Analysis. 第二版. McGraw-Hill, 1986.
    Meirovitch. Elements of Vibration Analysis. 2nd ed. McGraw-Hill, 1986.

第一本書(Rivello)過去是本課程的主要教材,但可惜已經絕版了。在航空圖書館有收藏。第二本書(Timoshenko和Goodier)是彈性學方面的一流著作,有著很多例子。有興趣的人在市面上還可以找到。第三本書相對來說比較新,可以幫著加強理解16.20中所教的內容,並且此書現在是主要的教材,市面上可以買到,如果很多人想買則可以安排團購。剩下的八本書(4-11)是背景知識很好的參考資料,有時也會從中挑出一些閱讀作業。第十一本書,與第六部分「結構動力學」尤其相關,它提供了大致的背景資料。所有的書都可以在航空圖書館的限制館內閱讀中找到。另外,Barker還有一個大量的關於結構力學方面的參考書目,當然其中包括以上列出的。鼓勵學生找更多額外的閱讀資料,用以補充課堂內容和主要教材中的閱讀作業。另外,統合工程中材料與結構部分的兩本書是很好的資訊來源,特別是在復習統合工程所學內容的時候。
The first text (Rivello) has been a primary text but is now unfortunately out of publication. Copies of it will be on reserve in the Aero/Astro library. The second text (Timoshenko and Goodier) is a (the?) classic text on elasticity with lots of examples. A few copies may be available if people are interested. The third text is a relatively new text which helps to reinforce many of the ideas taught in 16.20 and is now a primary text. Copies of such can be purchased and a group purchase can be arranged if there is sufficient interest. The other eight texts (4-11) are good background references and reading assignments will be given in these (as background) from time to time. Text 11 is particularly pertinent as general background for Section VI on "Structural Dynamics." All texts are also on reserve in the Aero/Astro Library. In addition, Barker has an extensive set of references on structural mechanics including these texts. You are encouraged to seek out additional reading material to supplement lectures and reading assignments from the primary texts. In addition, the two books from the Materials & Structures section of Unified are good sources for information, particularly in reviewing material learnt in Unified.

請注意,大多數的書(除了第7本)所研究的物件都是各向同性的材料,由於合成材料的廣泛使用,以及金屬和特殊定向金屬合金的使用,我們不再只討論各向同性材料。
Please note that most of the texts (except for No. 7) deal almost exclusively with isotropic materials. With the widespread use of composites and the use of metals and special metal alloys with directionality, we no longer deal exclusively with isotropic materials.




 
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