Inverse Problems for Mechanical Systems: Methods, Simulations and Experiments
暫譯: 機械系統的反問題：方法、模擬與實驗

本書探討了反問題在各個應用科學和技術領域中的關鍵角色。通過研究受數學物理支配的物理現象，它解決了確定未知參數的挑戰，並開發了針對固體和結構力學系統的非破壞性方法。書中深入探討了反問題固有的數學複雜性，並提出了創新的策略來克服這些問題。本書旨在為土木工程、機械工程、數學物理和應用數學的博士生和研究人員提供堅實的理論基礎，並為讀者提供必要的數學和計算工具，以應對各種反問題。

Alexandre Kawano earned a PhD in Engineering from Yokohama National University, Japan, and a PhD in Applied Mathematics from the Institute of Mathematics and Statistics at University of São Paulo, Brazil. He serves as associate professor at the Department of Mechatronics Engineering at USP. His research interests focus on Mathematical Inverse Problems applied to structural engineering. In particular, he is concerned with inverse problems involving combination of structural elements such as rods, beams and plates.

Antonino Morassi is full professor of Mechanics of Solids and Structures at the University of Udine, Italy. He serves as associate editor of the Journal of Vibration and Control. His most recent research interests concern the modelling of complex vibrating systems, such as nanobeams and spider orb-webs, and the identification of their mechanical properties by dynamic non-destructive measurements.

亞歷山大·川野在日本橫濱國立大學獲得工程學博士學位，並在巴西聖保羅大學數學與統計學研究所獲得應用數學博士學位。他目前擔任聖保羅大學機電工程系的副教授。他的研究興趣集中在應用於結構工程的數學反問題，特別是涉及結構元素組合的反問題，如杆、梁和板。

安東尼諾·莫拉西是意大利烏迪內大學固體與結構力學的全職教授。他擔任《振動與控制期刊》的副編輯。他最近的研究興趣涉及複雜振動系統的建模，如納米梁和蜘蛛網，並通過動態非破壞性測量來識別其機械性質。