JSA JIS R 1656 Testing methods for tensile stress-strain behavior of continuous fiber reinforced ceramic matrix composites at room temperature
Список продуктов
Данный раздел/документ содержится в продуктах:
Данный раздел/документ содержится в продуктах:
- Техэксперт: Машиностроительный комплекс
- Картотека зарубежных и международных стандартов
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- 17
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- 17.200
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- 17.200.20
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS C 1602 ERTA Thermocouples
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- 81
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1693-3 Measurement method for emissivity of fine ceramics and ceramic matrix composites - Part 3: Hemispherical total emissivity by direct heating calorimetry
- JSA JIS R 1723 Testing method for creep behavior of continuous fiber-reinforced ceramic composites under tensile loading at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- JSA JIS R 1721 Testing method for compressive behavior of continuous fiber-reinforced ceramic composites at elevated temperature
- ISO 17161 Fine ceramics (advanced ceramics, advanced technical ceramics) - Ceramic composites - Determination of the degree of misalignment in uniaxial mechanical tests - First Edition
- JSA JIS R 1722 Testing method for fatigue behavior of continuous fiber-reinforced ceramic composites at room temperature under constant amplitude
- JSA JIS C 1602 ERTA Thermocouples
- Картотека зарубежных и международных стандартов
Japanese Standards Association
Testing methods for tensile stress-strain behavior of continuous fiber reinforced ceramic matrix composites at room temperature
N JIS R 1656
Автоматический перевод:
Методы тестирования для поведения напряжения напряжения растяжения непрерывного волокна укрепили керамические матричные соединения при комнатной температуре
Эквиваленты данного стандарта:
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