A method to find optimal auxiliary injection gate locations for successful mold filling in Resin Transfer Molding process

International SAMPE Symposium and Exhibition (Proceedings)

Volumn 46 I, Issue , 2001, Pages 310-325

  Gokce, A ^a   Hsiao, K T ^a   Advani, S ^a  

^a UNIVERSITY OF DELAWARE   (United States)

Author keywords

Resin transfer molding; Switching control; The triagram method

Indexed keywords

FILLING; FLOW PATTERNS; MOLDS; RESINS; VENTS;

LIQUID INJECTION MOLDING;

RESIN TRANSFER MOLDING;

EID: 0034831472     PISSN: 08910138     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (20)

1. Chapter 12: Resin transfer molding
2. Gate location optimization in liquid composite molding
3. Automated selection of gate location based on desired quality of injection molded part
4. Optimal design of process parameters for resin transfer molding
5. Use of genetic algorithms to optimize gate and vent locations for the resin transfer molding process
6. A sensitivity-based gate location algorithm for optimal mold filling during the resin transfer molding process
7. Effects of parameter uncertainties on nonisothermal mold filling during RTM
8. Characterization of racetracking in liquid composite molding processes
9. A nonlinear control method for resin transfer molding
10. Neural network based control of molding processes
11. Control of flow progression during molding processes
12. Numerical and experimental investigation of neural network-based intelligent control of molding processes
13. Sequential logic control of liquid injection molding with automatic vents and vent-to-gate converters
14. Sensor based modeling and control of fluid flow in resin transfer molding
15. On-line control for resin transfer molding process
16. Modeling and control of liquid composite mold filling process
17. Intelligent simulation-based optimal control of liquid composite molding processes
18. Use of a design and control methodology to manufacture complex composite parts by manipulating flow during resin transfer molding process