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Cmh17 Fiber Reference: 2.4.1.5(a)

011 to 020

CMH-17/MIL-HDBK-17-3F fiber and reinforcement reference tables. Includes typical fiber properties (carbon, glass, aramid, boron), nominal composite properties for various reinforcement types, fiber sizing/finish compatibility data, and general reference data from MIL-HDBK-17-3F Chapter 2 and CMH-17 Chapter 6.

Aerospace Engineeringtable id: 2.4.1.5(a)10 rowsPage 2 of 2
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2.4.1.5(a)011Tensile, axial80 ksi (600 MPa)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)012Tensile, transverse26-30 ksi (130-210 MPa)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)013Shear12-17 ksi (85-120 GPa)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)014Fatigue - Axial Endurance Limit107 cycles at 75% of static ultimate (tension-tension, R=0.1, and rotating-bending)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)015Average Thermal Expansion68-750° (20-400°C)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)016Axial4.0 µin/in/F° (7.2 µm/m/C°)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)017Transverse11 µin/in/F° (20 µm/m/C°)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)018Thermal Conductivity68-750° (20-400°C)22-29 Btu/hr-ft-°F (38-50 J/m-s-°C)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)019Specific Heat68-750° (20-400°C)0.19-0.12 Btu/lbm-°F (0.8-0.5 J/gm-°C)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72
2.4.1.5(a)020Density0.12 lbm/in3 (3.3 gm/cm3)MIL-HDBK-17-3F Volume 3, Chapter 2 Materials and Processes - The Effects of Variability on Composite Properties TABLE 2.4.1.5(a) Nominal properties of alumina. Composition > 99% α-Al O Filaments/yarn 200, nominal 2 3 Mel72

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