Mechanical and Thermal Measurements by Images and Waves: Principles and Applications
暫譯: 影像與波的機械與熱測量：原理與應用
Rossi, Gianluca
商品描述
This book provides a comprehensive overview of the principles underlying mechanical and electromagnetic fields and waves, followed by an introduction to the fundamental theories of analog and digital image acquisition and processing. It explores advanced techniques for measuring velocity, deformation, stress, temperature, pressure, and object shapes using image analysis and beam scanning methods. Topics include optical scanners for shape measurement, optical flow, Particle Image Velocimetry (PIV), Digital Image Correlation (DIC), infrared thermography, Thermoelastic Stress Analysis (TSA), Laser Doppler Vibrometry (LDV), Laser Doppler Anemometry (LDA), ultrasonic scanning (SONAR and echography), radio wave scanning (RADAR), and Industrial Computed Tomography (ICT), along with key wave- and image-based methods for pressure field measurements. Drawing on nearly thirty years of the authors' experience, gained through numerous research projects and collaborations with leading industries, the book presents numerous applications in non-destructive diagnostics, quality control, reverse engineering, and experimental mechanics in mechanical, civil engineering and in many other fields. It is intended to serve as both an introduction and a comprehensive reference for professors, researchers, and professionals looking to understand, evaluate, teach and effectively apply wave- and image-based measurement techniques.
商品描述(中文翻譯)
本書提供了機械與電磁場及波動原理的全面概述，接著介紹了類比與數位影像擷取及處理的基本理論。它探討了使用影像分析和掃描技術來測量速度、變形、應力、溫度、壓力和物體形狀的先進技術。主題包括用於形狀測量的光學掃描器、光流、粒子影像速度計 (Particle Image Velocimetry, PIV)、數位影像相關 (Digital Image Correlation, DIC)、紅外熱成像、熱彈性應力分析 (Thermoelastic Stress Analysis, TSA)、雷射多普勒振動測量 (Laser Doppler Vibrometry, LDV)、雷射多普勒流速計 (Laser Doppler Anemometry, LDA)、超聲波掃描 (SONAR 和超聲波成像)、無線電波掃描 (RADAR) 以及工業計算機斷層掃描 (Industrial Computed Tomography, ICT)，並介紹了基於波動和影像的壓力場測量的關鍵方法。基於作者近三十年的經驗，這些經驗來自於眾多研究項目和與領先產業的合作，本書展示了在非破壞性診斷、品質控制、逆向工程以及機械、土木工程及其他許多領域的實驗力學中的眾多應用。它旨在作為教授、研究人員和專業人士的入門書籍和全面參考，幫助他們理解、評估、教學並有效應用基於波動和影像的測量技術。
作者簡介
Gianluca Rossi is Full Professor of Mechanical and Thermal Measurements at the University of Perugia. He is also a member of the teaching board of the PhD program Sciences, Technologies and Measurements for Space at the University of Padova. He serves as President of TUCEP, a non-profit association comprising 12 Italian universities, public institutions, and private companies. TUCEP focuses on technology transfer and the proposal, development and management of European-funded projects. From 2011 to 2012, he was Visiting Professor at the Von Karman Institute for Fluid Dynamics, Belgium. He actively collaborates with numerous universities in the United States, Brasil, and across Europe. His main research interests include the development of non-contact and full-field measurement techniques based on thermoelasticity for stress field analysis, on optical methods for displacement, motion and strain measurement. He also works on non-contact vibration measurements of turbine blades using stationary sensors and on the development of measurement techniques for multiphase flow analysis.
作者簡介(中文翻譯)
吉安盧卡·羅西（Gianluca Rossi）是佩魯賈大學（University of Perugia）機械與熱測量的全職教授。他同時也是帕多瓦大學（University of Padova）太空科學、技術與測量博士課程的教學委員會成員。他擔任TUCEP的主席，該組織是一個由12所意大利大學、公共機構和私營公司組成的非營利協會。TUCEP專注於技術轉移以及歐洲資助項目的提案、開發和管理。從2011年到2012年，他曾擔任比利時馮·卡門流體動力學研究所（Von Karman Institute for Fluid Dynamics）的訪問教授。他與美國、巴西及歐洲各地的多所大學積極合作。他的主要研究興趣包括基於熱彈性理論的非接觸式全場測量技術的開發，用於應力場分析，以及用於位移、運動和應變測量的光學方法。他還從事使用靜態傳感器對渦輪葉片進行非接觸式振動測量的研究，以及多相流分析測量技術的開發。
