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A Review of Research Progress on Machining Carbon Fiber-Reinforced Composites with Lasers
by
Sheng, Liyuan
, Ru, Haolei
, Xia, Hongbo
, Xu, Jihao
, Sun, Shengyuan
, Jing, Chenghu
, Cheng, Xiangyu
, Wang, Jiale
, Zhang, Yuanming
, Jiao, Junke
in
Ablation
/ Anisotropy
/ Carbon fiber reinforced plastics
/ Carbon fiber reinforcement
/ carbon fiber-reinforced composites
/ Composite materials
/ Copyright
/ Corrosion resistance
/ Corrosive wear
/ Drilling
/ Fiber composites
/ Fiber reinforced polymers
/ Fracture toughness
/ Heat
/ Heat affected zone
/ Interlayers
/ Laser beam cutting
/ Laser machining
/ Lasers
/ Mechanical properties
/ numerical simulation
/ Optimization
/ Physical properties
/ process optimization
/ Process parameters
/ Review
/ Simulation
/ Wear resistance
/ Weight reduction
2022
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A Review of Research Progress on Machining Carbon Fiber-Reinforced Composites with Lasers
by
Sheng, Liyuan
, Ru, Haolei
, Xia, Hongbo
, Xu, Jihao
, Sun, Shengyuan
, Jing, Chenghu
, Cheng, Xiangyu
, Wang, Jiale
, Zhang, Yuanming
, Jiao, Junke
in
Ablation
/ Anisotropy
/ Carbon fiber reinforced plastics
/ Carbon fiber reinforcement
/ carbon fiber-reinforced composites
/ Composite materials
/ Copyright
/ Corrosion resistance
/ Corrosive wear
/ Drilling
/ Fiber composites
/ Fiber reinforced polymers
/ Fracture toughness
/ Heat
/ Heat affected zone
/ Interlayers
/ Laser beam cutting
/ Laser machining
/ Lasers
/ Mechanical properties
/ numerical simulation
/ Optimization
/ Physical properties
/ process optimization
/ Process parameters
/ Review
/ Simulation
/ Wear resistance
/ Weight reduction
2022
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A Review of Research Progress on Machining Carbon Fiber-Reinforced Composites with Lasers
by
Sheng, Liyuan
, Ru, Haolei
, Xia, Hongbo
, Xu, Jihao
, Sun, Shengyuan
, Jing, Chenghu
, Cheng, Xiangyu
, Wang, Jiale
, Zhang, Yuanming
, Jiao, Junke
in
Ablation
/ Anisotropy
/ Carbon fiber reinforced plastics
/ Carbon fiber reinforcement
/ carbon fiber-reinforced composites
/ Composite materials
/ Copyright
/ Corrosion resistance
/ Corrosive wear
/ Drilling
/ Fiber composites
/ Fiber reinforced polymers
/ Fracture toughness
/ Heat
/ Heat affected zone
/ Interlayers
/ Laser beam cutting
/ Laser machining
/ Lasers
/ Mechanical properties
/ numerical simulation
/ Optimization
/ Physical properties
/ process optimization
/ Process parameters
/ Review
/ Simulation
/ Wear resistance
/ Weight reduction
2022
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A Review of Research Progress on Machining Carbon Fiber-Reinforced Composites with Lasers
Journal Article
A Review of Research Progress on Machining Carbon Fiber-Reinforced Composites with Lasers
2022
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Overview
Carbon fiber-reinforced composites are widely used in automobile, aerospace and military lightweight manufacturing due to their excellent mechanical properties such as light weight, excellent fracture resistance, corrosion resistance and wear resistance, etc. However, because of their high hardness, anisotropy and low interlayer strength characteristics, there are many problems with machine carbon fiber-reinforced composites with traditional methods. As a non-contact processing technology, laser machining technology has lots of advantages in carbon fiber-reinforced composites processing. However, there are also some defects produced in laser machining process such the heat affected zone, delamination and fiber extraction due to the great difference of physical properties between the carbon fibers and the resin matrix. To improve the quality of carbon fiber-reinforced composites laser machining, lots of works have been carried out. In this paper, the research progress of carbon fiber-reinforced composites laser machining parameters optimization and numerical simulation was summarized, the characteristics of laser cutting carbon fiber-reinforced composites and cutting quality influence factors were discussed, and the developing trend of the carbon fiber-reinforced composites laser cutting was prospected.
Publisher
MDPI AG,MDPI
Subject
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