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東京都新宿区西新宿 8-4-2
野村不動産西新宿ビル 8階
TEL : 03-4520-9011
FAX : 03-4520-9059
ジャーナル購読に関するEメールでのお問い合わせ・ご注文専用窓口
(カスタマーサービス - 日本語・英語とも対応)
E-Mail :
*シンガポールの祝日は休業いたします
その他の各部署の連絡先は下の「よくあるご質問」をご覧下さい
書籍
機械振動と衝撃 第2版（全5巻） Mechanical Vibration & Shock, 2nd Edition
機械振動と衝撃 第2版（全5巻）
Mechanical Vibration & Shock, 2nd Edition
Christian Lalanne
出版： 2009年9月 ページ数(約)： 2,144（全5巻） ISBN13： 978-1-84821-121-6
価格： US$995.00
Mechanical Vibration & Shock, 2nd Edition
Christian Lalanne
出版： 2009年9月 ページ数(約)： 2,144（全5巻） ISBN13： 978-1-84821-121-6
価格： US$995.00
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解説/DESCRIPTION
本書は、振動と衝撃という機械工学においてきわめて重要性の高い領域の主要な側面を、理論的・実用的見地から包括的に論じる浩瀚な参考図書で、7年ぶりの改訂版。工業製品の設計にあたって耐性を予測する上で、また耐性試験を実施する上で有用な知見が多数収められている。著者は四十年以上にわたって当分野の研究に携わってきた専門家。
目次/TABLE OF CONTENTS
Volume 1: Sinusoidal Vibration 1. The necessity. 2. Basic mechanics. 3. Response of a linear one-degree-of-freedom mechanical system to an arbitrary excitation. 4. Impulse and step responses. 5. Sinusoidal vibration. 6. Re-sponse of a linear single-degree-of-freedom mechanical system to a sinusoidal excitation. 7. Non-viscous damping. 8. Swept sine. 9. Response of a one-degree-of-freedom linear system to a swept sine vibration.
Volume 2: Mechanical Shock 1.Shock analysis. 2. Shock response spectrum. 3. Properties of shock response spectra. 4. Development of shock test specifications. 5. Kinematics of simple shocks. 6. Standard shock machines. 7. Generation of shocks using shakers. 8. Control of a shaker using a shock response spectrum. 9. Simulation of pyroshocks.
Volume 3: Random Vibration 1. Statistical properties of a random process. 2. Properties of random vibration in the frequency domain. 3. RMS value of random vibration. 4. Practical calculation of power spectral density. 5. Statistical properties of random vibration in the time domain. 6. Probability distribution of maxima of random vibration. 7. Statistics of extreme values. 8. Response of a one-degree-of-freedom linear system to random vibration. 9. Characteristics of the response of a one-degree-of-freedom linear system to random vibration. 10. First passage at a given level of response of a one-degree-of-freedom linear system to a random vibration.
Volume 4: Fatigue Damage 1. Concepts of material fatigue. 2. Accumulation of fatigue damage. 3. Counting methods for analyzing random time history. 4. Fatigue damage undergone by a one-degree-of-freedom mechanical system. 5. Standard deviation of fatigue damage. 6. Fatigue damage using other assumptions for calculation. 7. Low cycle fatigue. 8. Fracture mechanics.
Volume 5: Specification Development 1. Extreme response spectrum of a sinusoidal vibration. 2. Extreme re-sponse spectrum of a random vibration. 3. Fatigue damage spectrum of a sinusoidal vibration. 4. Fatigue damage spectrum of a random vibration. 5. Fatigue damage spectrum of a shock. 6. Influence of calculation parameters of the E.R.S. and F.D.S. 7. Tests and standards. 8. Uncertainty factor. 9. Ageing factor. 10. Test factor. 11. Specification de-velopment. 12. Influence of calculation parameters of the specification. 13. Other uses of extreme response, up-crossing risk and fatigue.
Volume 2: Mechanical Shock 1.Shock analysis. 2. Shock response spectrum. 3. Properties of shock response spectra. 4. Development of shock test specifications. 5. Kinematics of simple shocks. 6. Standard shock machines. 7. Generation of shocks using shakers. 8. Control of a shaker using a shock response spectrum. 9. Simulation of pyroshocks.
Volume 3: Random Vibration 1. Statistical properties of a random process. 2. Properties of random vibration in the frequency domain. 3. RMS value of random vibration. 4. Practical calculation of power spectral density. 5. Statistical properties of random vibration in the time domain. 6. Probability distribution of maxima of random vibration. 7. Statistics of extreme values. 8. Response of a one-degree-of-freedom linear system to random vibration. 9. Characteristics of the response of a one-degree-of-freedom linear system to random vibration. 10. First passage at a given level of response of a one-degree-of-freedom linear system to a random vibration.
Volume 4: Fatigue Damage 1. Concepts of material fatigue. 2. Accumulation of fatigue damage. 3. Counting methods for analyzing random time history. 4. Fatigue damage undergone by a one-degree-of-freedom mechanical system. 5. Standard deviation of fatigue damage. 6. Fatigue damage using other assumptions for calculation. 7. Low cycle fatigue. 8. Fracture mechanics.
Volume 5: Specification Development 1. Extreme response spectrum of a sinusoidal vibration. 2. Extreme re-sponse spectrum of a random vibration. 3. Fatigue damage spectrum of a sinusoidal vibration. 4. Fatigue damage spectrum of a random vibration. 5. Fatigue damage spectrum of a shock. 6. Influence of calculation parameters of the E.R.S. and F.D.S. 7. Tests and standards. 8. Uncertainty factor. 9. Ageing factor. 10. Test factor. 11. Specification de-velopment. 12. Influence of calculation parameters of the specification. 13. Other uses of extreme response, up-crossing risk and fatigue.