Design of PP/EPDM/NBR TPVs with tunable mechanical properties via regulating the core-shell structure

Design of MultiChannel Parallel Dynamic Testing Virtual Instrument Based on Dynamic Measurement

“…When a certain function needs to be realized, it is only necessary to call the corresponding sub-VI in the main function main-VI. Literature [17] puts data or messages into a queue, and the following cycle refers to the consumer, who is responsible for taking out the data or messages in the queue one by one, making corresponding response processing, and the producer and the consumer use the queue to communicate [18].…”

“…e placement of controls and the design's simplicity are all factors in composition [17]. e instrument's main panel design has the ability to conduct multichannel testing and display graphics synchronously, which is one of its main features.…”

Simultaneous effect of CaCO3 nanoparticles and waste ground rubber tire powder on forced vibration of polypropylene nanocomposite plates: An experimental investigation

“…In the case of particle-filled polymer composites, various parameters could affect the mechanical properties of the resulting composites, including the content of filler, filler shape, particle dispersion in the matrix, and agglomeration, type and amount of particle coating, type, and amount of compatibility. [26][27][28] Figures 4-6 show FESEM images of the fractured surfaces of ternary composites filled with WGRT powder and CaCO 3 NPs. Regarding the difference in sizes of micron-sized tire powder particles and nano-sized CaCO 3 particles, two images were taken at two magnifications: 250 x and 24,000 x to observe the rubber phase and nano-CaCO 3 phase, respectively.…”

Influence of the structure of sub‐micrometer core‐shell rubber particles and matrix composition on the mechanical properties, morphological structure and deformation mechanism of rubber‐modified polyphenylene oxide/polystyrene blends

“…The toughening and modification of polymer materials have always been important topics in the research of modern polymer materials 1,2 . Several studies have shown that the addition of elastomers to a polymer matrix can improve its toughness 3–8 . This is because the elastomers induce the polymer matrix to produce crazing or shear bands to consume fracture energy and end the propagation of cracks 9–12 .…”

“…1,2 Several studies have shown that the addition of elastomers to a polymer matrix can improve its toughness. [3][4][5][6][7][8] This is because the elastomers induce the polymer matrix to produce crazing or shear bands to consume fracture energy and end the propagation of cracks. [9][10][11][12] However, this modification tended to decrease the elasticity modulus and tensile strength of the polymer blends.…”