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Оглавление |
|
Предисловие ……………………………………………………………………3 |
|
Введение ………….............................................................................................. 4 |
|
Глава 1. Сравнительная характеристика экспериментальных методов |
|
определения напряженно-деформированного состояния ............................... |
7 |
1.1. Интегральная фотоупругость................................................................ |
7 |
1.2. Методы исследования напряженно-деформированного состояния |
|
в когерентном свете .................................................................................... |
10 |
1.3. Метод электротензометрии................................................................. |
21 |
1.4. Голографические методы исследования пространственных |
|
задач.............................................................................................................. |
23 |
Глава 2. Физические основы интерференционно-голографических методов |
|
определения напряженно-деформированного состояния ............................. |
29 |
2.1. Общая схема экспериментальных исследований ............................. |
29 |
2.2. Описание световых волн ..................................................................... |
30 |
2.3. Регистрация информации .................................................................... |
33 |
2.4. Восстановление объектной волны ..................................................... |
35 |
2.5. Дифракция плоских волн на периодических и квазипериодических |
|
структурах .................................................................................................... |
36 |
2.6. Получение интерферограмм ............................................................... |
39 |
Глава 3. Анализ влияния неоднородно деформируемого объема на формирование интерферограмм внутренних сечений фазовых
объектов ……………………………………………………………………… 44
3.1. Оценка влияния рефракции света в неоднородно деформируемом |
|
объеме на формирование интерферограмм внутренних сечений ...... |
45 |
3.2. Формирование интерферограмм внутренних сечений фазовых |
|
объектов ....................................................................................................... |
48 |
3.3. Вывод разрешающих уравнений ........................................................ |
52 |
3.4. Связь фиктивных деформаций с физическими параметрами |
|
неоднородно деформируемой среды......................................................... |
55 |
3.5. Тестовые эксперименты ...................................................................... |
57 |
3.6. Методы определения деформированного состояния ................... |
60 |
3.7. Тестовый пример: полуплоскость под действием плоского |
|
штампа.......................................................................................................... |
64 |
3.8. Численные эксперименты при исследовании пространственных |
|
объектов ....................................................................................................... |
68 |
|
147 |
Глава 4. Определение напряженно-деформированного состояния |
|
изотропных фазовых объектов методами голографической |
|
интерферометрии и инверсии .......................................................................... |
72 |
4.1. Определение первого инварианта тензора напряжений внутри |
|
фазовых объектов методами инверсии ..................................................... |
73 |
4.2. Windows-приложение Fantom ............................................................. |
81 |
4.3. Реконструкция осесимметричных распределений ........................... |
84 |
4.4. Реконструкция асимметричных распределений ............................. |
105 |
Библиографический список............................................................................ |
130 |
148
Научное издание
Кутовой Виктор Петрович
МЕТОДЫ ЛАЗЕРНОЙ ИНТЕРФЕРОМЕТРИИ ПРИ ИССЛЕДОВАНИИ ПРОСТРАНСТВЕННЫХ ЗАДАЧ
МЕХАНИКИ ДЕФОРМИРУЕМОГО ТВЕРДОГО ТЕЛА
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