JSA JIS K 7095 Testing method for glass transition temperatures of carbon fibre reinforced plastics by thermal analysis
Данный раздел/документ содержится в продуктах:
- Техэксперт: Машиностроительный комплекс
- Картотека зарубежных и международных стандартов
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
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- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- 83.120
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS G 5526 Ductile iron pipes
- JSA JIS G 5528 Epoxy-powder coating for interior of ductile iron pipes and fittings
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS G 5528 Epoxy-powder coating for interior of ductile iron pipes and fittings
- JSA JIS G 5526 Ductile iron pipes
- JSA JIS G 5526 Ductile iron pipes
- JSA JIS G 5528 Epoxy-powder coating for interior of ductile iron pipes and fittings
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS G 5528 Epoxy-powder coating for interior of ductile iron pipes and fittings
- JSA JIS G 5528 Epoxy-powder coating for interior of ductile iron pipes and fittings
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS G 5527 Ductile iron fittings
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS B 7507 ERTA Vernier, Dial and Digital Callipers
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- JSA JIS K 7016-1 Fiber-reinforced plastics - Methods of producing test plates - Part 1: General conditions
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7080-2 Carbon fiber reinforced plastics - Testing methods for bearing strength - Part 2: Orthotropic and Quasi-isotropic long fiber laminates
- JSA JIS K 7072 Preparation of Carbon Fibre Reinforced Plastic Panels for Test Purpose
- JSA JIS K 7094 Test method for open-hole tensile strength of carbon fibre reinforced plastic
- JSA JIS K 7016-4 Fibre-reinforced plastics - Methods of producing test plates - Part 4: Moulding of prepregs
- JSA JIS K 7095 Testing method for glass transition temperatures of carbon fibre reinforced plastics by thermal analysis
- JSA JIS K 7197 AMD 1 Testing method for linear thermal expansion coefficient of plastics by thermomechanical analysis (Amendment 1)
- JSA JIS K 7079-2 Carbon fiber reinforced plastics - Testing methods for in-plane shear properties-Part 2: Double V-notch shear method
- Картотека зарубежных и международных стандартов
Japanese Standards Association
Testing method for glass transition temperatures of carbon fibre reinforced plastics by thermal analysis
N JIS K 7095
Annotation
This Japanese Industrial Standard specifies the testing method for determining the glass transition temperature of carbon fibre reinforced plastics laminated by unidirectional materials and woven fabric materials from the temperature dependency curve according to the dynamic mechanical analysis (DMA) , the differential scanning calorimetry (DSC) and the thermo mechanical analysis (TMA) which measures the displacement due to thermal expansion of sample.
Warning: Persons using this Standard should be familiar with normal laboratory practice. This Standard does not purport to address all of the safety problems, if any, associated with its use. It is the responsibility of the user to establish appropriate safety and health practices.
Автоматический перевод:
Метод тестирования для температур стеклования армированных пластиков углеродного волокна термическим анализом
Этот японский Промышленный стандарт определяет метод тестирования для определения температуры стеклования армированных пластиков углеродного волокна, многослойных однонаправленными материалами и материалами стеклянной ткани от температурной кривой зависимости согласно динамическому механическому анализу (DMA), дифференциальной сканирующей калориметрии (DSC) и термо механическому анализу (TMA), измеряющему смещение из-за теплового расширения образца.



