 | Zhang Yunhe |
Prominent publications by Zhang Yunhe
An unidirectional ultra-high modulus M40J carbon fiber reinforced 5A06 aluminum alloy with volume fraction of 55% was fabricated by the pressure infiltration method. The effect of thermal cycling (−70 to 120°C and −196 to 120°C) on the mechanical properties of Cf/Al composites was investigated. Bending modulus increased abruptly after five thermal cycles and then reached a platform. However, after 50 cycles, the bending modulus decreased with the increase of cycles due to generation and ...
| Known for Thermal Cycling | Mechanical Properties | Bending Strength | Aluminum Alloy | Pressure Infiltration Method |
ZigBee is a low rate, low power consumption wireless communication technology, which can be widely used in the Wireless Sensor Network (WSN). WSN is composed of hundreds of nodes, all of the sensor nodes information in the network will be sent to the coordinator, so the coordinator usually undertake the task to collect sensor data information, conserve the information, process the information, and also as the interface of the network with the user. The coordinator should communicate with ...
| Known for Wireless Sensor | Zigbee Network | Rs232 Interface | Packet Loss |
Zhang Yunhe: Influence Statistics
| Concept | World rank |
|---|---|
| zigbee wsn | #84 |
Key People For Thermal Cycling
Zhang Yunhe:Expert Impact
Concepts for whichZhang Yunhehas direct influence:Thermal cycling, Wireless sensor, Thermal cycles, Zigbee wireless, Zigbee network, Mechanical properties composites, Bending strength, Zigbee wsn.
Zhang Yunhe:KOL impact
Concepts related to the work of other authors for whichfor which Zhang Yunhe has influence:Thermal cycling, Zigbee network, Cloud database, Tc4 alloy, Carbon fiber, Ti–al content, Rice husk ash.
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