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Dive into the research topics where Chuanwei Wang is active.

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Featured researches published by Chuanwei Wang.


Materials Science and Technology | 2014

Thermal fatigue resistance of H13 die steel repaired by partial laser surface remelting process

Dalong Cong; Hong Zhou; Zhenan Ren; Luquan Ren; G. Y. Liu; B. S. Lu; Chao Meng; Chuanwei Wang

Abstract In order to study the thermal fatigue resistance of H13 die steel repaired by a partial laser surface remelting process, a strengthening latticed morphology was designed and processed using a pulsed Nd:YAG laser by imitating the structures of certain animals and plants. The ultrafine microstructure within the strengthening unit is composed of martensite, austenite and finer carbides. The average microhardness of the unit is much higher than that of the original surface, even after thermal fatigue cycles. The results show that both percentage increase in crack length and crack density are reduced owing to the blocking effect of strengthening units. Partial laser surface remelting with the smallest spacing is the most effective for repairing cracks and improving the overall thermal fatigue resistance. A manufacturing verification test demonstrates the effectiveness of the partial laser remelting process in repairing thermal fatigue cracks of a casting die and improving its thermal fatigue resistance.


Materials & Design | 2013

The comparative study of thermal fatigue behavior of H13 die steel with biomimetic non-smooth surface processed by laser surface melting and laser cladding

Chao Meng; Hong Zhou; Haifeng Zhang; Xin Tong; Dalong Cong; Chuanwei Wang; Luquan Ren


Materials & Design | 2014

The thermal fatigue resistance of H13 steel repaired by a biomimetic laser remelting process

Dalong Cong; Hong Zhou; Zhenan Ren; Zhihui Zhang; Haifeng Zhang; Chao Meng; Chuanwei Wang


Applied Surface Science | 2013

Effect of thermal fatigue on the wear resistance of graphite cast iron with bionic units processed by laser cladding WC

Zhengjun Jing; Hong Zhou; Peng Zhang; Chuanwei Wang; Chao Meng; Dalong Cong


Optics and Laser Technology | 2013

The mechanical properties of H13 die steel repaired by a biomimetic laser technique

Dalong Cong; Hong Zhou; Miaoqiang Yang; Zhihui Zhang; Peng Zhang; Chao Meng; Chuanwei Wang


Optics and Laser Technology | 2013

Mechanical property of a low carbon steel with biomimetic units in different shapes

Chuanwei Wang; Hong Zhou; Zhihui Zhang; Yu Zhao; Dalong Cong; Chao Meng; Peng Zhang; Luquan Ren


Optics and Laser Technology | 2012

Effect of biomimetic non-smooth unit morphology on thermal fatigue behavior of H13 hot-work tool steel

Chao Meng; Hong Zhou; Dalong Cong; Chuanwei Wang; Peng Zhang; Zhihui Zhang; Luquan Ren


Applied Surface Science | 2014

Mechanical properties of several laser remelting processed steels with different unit spacings

Chuanwei Wang; Hong Zhou; Ning Liang; Chengtao Wang; Dalong Cong; Chao Meng; Luquan Ren


Applied Surface Science | 2012

Tensile property of a hot work tool steel prepared by biomimetic coupled laser remelting process with different laser input energies

Chuanwei Wang; Hong Zhou; Zhihui Zhang; Yu Zhao; Peng Zhang; Dalong Cong; Chao Meng; Fuxing Tan


Optics and Laser Technology | 2014

Influence of different temperatures on the thermal fatigue behavior and thermal stability of hot-work tool steel processed by a biomimetic couple laser technique

Chao Meng; Hong Zhou; Ying Zhou; Ming Gao; Xin Tong; Dalong Cong; Chuanwei Wang; Fang Chang; Luquan Ren

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Hong Zhou

Ministry of Education

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Chao Meng

Ministry of Education

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Yu Zhao

Changchun University

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