Manufacture of Molding Tooling Based on TEIS-53 Heat-Resistant Resin

Victoriya Mosiyuk; Sergei Bukharov; Aleksey Baranov

doi:10.4028/p-st7n2q

Paper Titles

Ultrasonic Surface Machining of Aluminium Alloy Parts
p.321

Numerical Simulation of Shrinkage Porosity during Casting Process
p.331

Numerical Simulation of Welding Distortion in Laser Metal Deposition Additive Manufacturing Process
p.338

Influence of High-Speed ECAP on the Structure and Properties of Copper and Copper Alloy of Cu-Cr System
p.344

Manufacture of Molding Tooling Based on TEIS-53 Heat-Resistant Resin
p.351

Simulation of a Diamond Grain Interaction with Ceramics Using the Smoothed Particle Galerkin Method
p.357

Implementation of a Fatigue Fracture Approach to Grinding Wheel Wear Using Numerical Simulation
p.363

Creation of Grooving and Parting Tools with Cooling Channels Manufactured Using Additive Technologies
p.369

Additive Technology for Forming Channels with Galvanic-Mechanical Coatings
p.375

HomeKey Engineering MaterialsKey Engineering Materials Vol. 910Manufacture of Molding Tooling Based on TEIS-53...

Manufacture of Molding Tooling Based on TEIS-53 Heat-Resistant Resin

Abstract:

The present paper considers the manufacturability of polymer composite material tooling intended for molding and bonding of complex curvature honeycomb sandwich structures. The tooling structure consists of inner and outer shells and glass-fiber-reinforced honeycomb core placed between them. The inner shell is glass-fiber-reinforced plastic based on TEIS-53 molten heat-resistant epoxy-bismaleimide resin and Т-10-14 structural fiberglass.

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Periodical:

Key Engineering Materials (Volume 910)

Pages:

351-356

DOI:

https://doi.org/10.4028/p-st7n2q

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Online since:

February 2022

Authors:

Victoriya Mosiyuk*, Sergei Bukharov, Aleksey Baranov

Keywords:

Bismaleimide Resins, Epoxy Resins, Heat-Resistant Resins, Polymer Composite Material, Toolings

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* - Corresponding Author

References

[1] RU 22630798 Babkin А., Afanasyeva Е., Kuznetsova А., Erndny - Goryaev E., Avdeev V., Kepman А., Yablokova М. Tooling for Molding of Polymer Composite Material Articles and Method for Manufacturing Thereof.

Google Scholar

[2] Malyugin А., Smirnov М. The Development of Large Nonmetallic Tooling for Molding of Articles Based on Polyurethanes and Hybrid Plastics. Electronic Journal Proceedings of Moscow Aviation Institute. Issue No. 38.

Google Scholar

[3] Huang C.K., Yang S.Y. Experimental Study on the Accuracy of Advanced Composite Tools for Slanted Shapes. – Polymer Composites, August 1997, Vol.18, N4, pp.442-452.

DOI: 10.1002/pc.10296

Google Scholar

[4] Vikulin V., Romashin А., Mukhin N. Advanced Technologies and Polymer Composite Materials for Aviation and Rocket-and-Space Engineering of 21st century. – Proceedings of the International Conference Theory and Practice of Composite Materials and New Metallic Alloys Technologies (TPKMM), August 27-30, 2020, M., pp.532-543.

Google Scholar

[5] S.M. Grove, I.Progonlakis, T.Searle, I.Sammerscales. Heated Tooling for Aerospace Composites Manufacture. – SAMPE Journal, 2005, Vol.41, No.7, pp.36-45.

Google Scholar

[6] Zelenskiy E., Kuperman А., Gorbatkina Yu., Ivanova - Mumghieva V., Berlin А. Reinforced Plastics – Advanced Structural Materials. Russian Chemistry Journal, 2001, Vol.ХLV, No.2.

Google Scholar

[7] RU 2689601. Method for Manufacturing of Large Composite Materials Molding Tooling for Volume Articles. Andryushkin А., Miheenkov М.

Google Scholar

[8] RU 2720312 Baranov А., Mosiyuk V., Murashkin Yu., Kryukov А., Volkov V. Method for Manufacturing of Composite Materials Tooling for Molding of Polymer Composite Materials Articles.

Google Scholar