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Spring-In Prediction of CFRP Part Using Coupled Analysis of Forming and Cooling Processes in Stamping
by
Jang, Jin-Seok
, Lee, Chan-Joo
, Ryu, Jae-Chang
, Ko, Dae-Cheol
in
Analysis
/ Automobile industry
/ Carbon fiber reinforced plastics
/ Composite materials
/ Cooling
/ Curing
/ Deformation
/ Finite element method
/ Heat conductivity
/ Laminated materials
/ Manufacturing
/ Mechanical properties
/ Simulation
/ Stamping
/ Stress analysis
/ Temperature
/ Temperature distribution
2024
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Spring-In Prediction of CFRP Part Using Coupled Analysis of Forming and Cooling Processes in Stamping
by
Jang, Jin-Seok
, Lee, Chan-Joo
, Ryu, Jae-Chang
, Ko, Dae-Cheol
in
Analysis
/ Automobile industry
/ Carbon fiber reinforced plastics
/ Composite materials
/ Cooling
/ Curing
/ Deformation
/ Finite element method
/ Heat conductivity
/ Laminated materials
/ Manufacturing
/ Mechanical properties
/ Simulation
/ Stamping
/ Stress analysis
/ Temperature
/ Temperature distribution
2024
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Spring-In Prediction of CFRP Part Using Coupled Analysis of Forming and Cooling Processes in Stamping
by
Jang, Jin-Seok
, Lee, Chan-Joo
, Ryu, Jae-Chang
, Ko, Dae-Cheol
in
Analysis
/ Automobile industry
/ Carbon fiber reinforced plastics
/ Composite materials
/ Cooling
/ Curing
/ Deformation
/ Finite element method
/ Heat conductivity
/ Laminated materials
/ Manufacturing
/ Mechanical properties
/ Simulation
/ Stamping
/ Stress analysis
/ Temperature
/ Temperature distribution
2024
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Spring-In Prediction of CFRP Part Using Coupled Analysis of Forming and Cooling Processes in Stamping
Journal Article
Spring-In Prediction of CFRP Part Using Coupled Analysis of Forming and Cooling Processes in Stamping
2024
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Overview
The spring-in phenomenon of the composite parts can affect the assembly process. This study aims to predict the spring-in phenomenon of a carbon fiber reinforced plastic (CFRP) part. Here, we predict the spring-in of the CFRP part using a coupled analysis of the forming and cooling processes during the stamping process. First, a simulation of the entire forming process, such as the transfer of the composite laminate, gravity analysis, and forming was performed to obtain the temperature distribution of the CFRP part. Subsequently, a finite-element (FE) simulation of the cooling process was conducted to predict the spring-in phenomenon of the shaped CFRP part using the temperature data obtained in the forming simulation. Finally, a CFRP part was manufactured and compared with the results of the FE simulation.
Publisher
MDPI AG,MDPI
Subject
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