《纺织复合材料》课程参考文献（Composite Materials Handbook，Volume 2）CHAPTER 1 GENERAL INFORMATION

MIL-HDBK-17-2F Volume 2,Chapter 1 General Information 0 TABLE 1.4.4 Format for as-measured property table. (Wamning} MATERIAL: (Fiber)(Filament count /(Matrix)[Tape/weave type} 3 RESIN CONTENT: XX-XX wt% COMP:DENSITY: X.XX-X.XX g/cm3 FIBER VOLUME: XX -XX vol VOID CONTENT:0.X to X.X PLY THICKNESS: 0.0XXX-0.0XXX in TEST METHOD: ④ MODULUS CALCULATION: 5 (Organization)[Number}[Date) {Method).XXXX -XXXX ue NORMALIZED BY: Not normalized 6 Temperature(F) Moisture Content(%) ⑦ Equilibrium at T.RH Source Code Mean Minimum Maximum CV.(%) ⑨ "⑧ B-value Distribution (ksi) C1 C2 No.Specimens No.Batches Data Class Mean Minimum Maximum 路 C.V.(%) (Msi) No.Specimens No.Batches Data Class Mean No.Specimens No.Batches Data Class Mean Minimum Maximum C.V.(%) Note that the strain values presented are 式 B-value "as measured"and may not be equivalent Distribution to stress divided by modulus(linear (LE) C analysis) C2 No.Specimens No.Batches Data Class 10 1-16

MIL-HDBK-17-2F Volume 2, Chapter 1 General Information 1-16 ➊ TABLE 1.4.4 Format for as-measured property table. {Warning} MATERIAL: {Fiber} {Filament count}/{Matrix} {Tape/weave type} ➌ RESIN CONTENT: XX - XX wt% COMP: DENSITY: X.XX-X.XX g/cm3 FIBER VOLUME: XX - XX vol % VOID CONTENT: 0.X to X.X % ➋ PLY THICKNESS: 0.0XXX - 0.0XXX in. TEST METHOD: ➍ MODULUS CALCULATION: ➎ {Organization} {Number} {Date} {Method}, XXXX - XXXX µε NORMALIZED BY: Not normalized ➏ Temperature (°F) Moisture Content (%) Equilibrium at T, RH ➐ Source Code Mean Minimum Maximum C.V.(%) ➒ B-value tu F2 ➑ Distribution (ksi) C1 C2 No. Specimens No. Batches Data Class Mean Minimum Maximum C.V.(%) t E2 (Msi) No. Specimens No. Batches Data Class Mean t No. Specimens ν21 No. Batches Data Class Mean Minimum Maximum C.V.(%) tu B-value 2ε Distribution C1 (µε) C2 Note that the strain values presented are “as measured” and may not be equivalent to stress divided by modulus (linear analysis) No. Specimens No. Batches Data Class ➓

MIL-HDBK-17-2F Volume 2,Chapter 1 General Information 0 TABLE 1.4.5 Format for notched laminate strength property table. (Wamning} MATERIAL: (Fiber)(Fil.Count)/(Matrix)[tape/weave type) 3 RESIN CONTENT: XX-XX wt% COMP.DENSITY: 0.0XX-0.0XX Ib/in3 FIBER VOLUME: XX-XX% VOID CONTENT: X.X-X.X% PLY THICKNESS: 0.00XX-0.00XXin. ④ TEST METHOD: (Org.Method-Date} SPECIMEN GEOMETRY: t=(thickness)in.,w=(width)in.,d=(diameter)in. FASTENER TYPE: HOLE CLEARANCE: fif applicable) TORQUE: COUNTERSINK ANGLE DEPTH: if applicable) NORMALIZED BY: (Method) 6 Temperature(F) Moisture Content(%) ⑦ Equilibrium at T,RH(F,% Source Code Normalized I Measured Normalized Measured Normalized Measured Mean Minimum Maximum 8 C.V.(%) 9 Eoht B-value Distribution (ksi) C1 C2 No.Specimens No.Batches Data Class Mean Minimum Maximum c.V.(%) B-value Fohe Distribution (ksi) C1 C2 No.Specimens No.Batches Data Class 0 1-17

MIL-HDBK-17-2F Volume 2, Chapter 1 General Information 1-17 ➊ TABLE 1.4.5 Format for notched laminate strength property table. {Warning} MATERIAL: {Fiber} {Fil. Count} / {Matrix} {tape/weave type} ➌ RESIN CONTENT: XX-XX wt% COMP. DENSITY: 0.0XX-0.0XX lb/in3 FIBER VOLUME: XX-XX % VOID CONTENT: X.X - X.X % ➋ PLY THICKNESS: 0.00XX - 0.00XX in. TEST METHOD: {Org. Method - Date} ➍ SPECIMEN GEOMETRY: t = {thickness} in., w = {width} in., d = {diameter} in. FASTENER TYPE: { } HOLE CLEARANCE: {if applicable} TORQUE: { } COUNTERSINK ANGLE & DEPTH: {if applicable} NORMALIZED BY: {Method} ➏ Temperature (°F) Moisture Content (%) Equilibrium at T,RH(°F, %) ➐ Source Code Normalized Measured Normalized Measured Normalized Measured Mean Minimum Maximum ➑ C.V.(%) ➒ oht B-value Fx Distribution (ksi) C1 C2 No. Specimens No. Batches Data Class Mean Minimum Maximum C.V.(%) B-value ohc Fx Distribution (ksi) C1 C2 No. Specimens No. Batches Data Class ➓

MIL-HDBK-17-2F Volume 2,Chapter 1 General Information ① TABLE 1.4.6 Format for bearing strength property table. (Wamning} MATERIAL: (Fiber}(Fil.Count)/(Matrix)[tape/weave type} 3 RESIN CONTENT: XX-XX wt% COMP.DENSITY: 0.0XX-0.0XX Ib/in3 FIBER VOLUME: XX-XX% VOID CONTENT: X.X-X.X% PLY THICKNESS: 0.00XX-0.00XXin. TEST METHOD: (Org.Method-Date) ④ TYPE OF BEARING TEST: (single or double lap shear) JOINT CONFIGURATION Member 1 (t,w,lay-up): (thickness,width,lay-up Member 2(t,w.lay-up): (thickness,width,lay-up FASTENER TYPE: THICKNESS/DIAMETER: TORQUE: {} EDGE DISTANCE RATIO: 6 PITCH DISTANCE RATIO: NORMALIZED BY: Not normalized YIELD STRAIN OFFSET: Temperature(F) ⑦ Moisture Content(%) Equilibrium at T,RH(F,% Source Code Mean Minimum Maximum C.V.(%) 9 8 B-value F咖 Distribution (ksi) C1 C2 No.Specimens No.Batches Data Class Mean Minimum Maximum C.V.(%) F B-value (ksi) Distribution C1 C2 No.Specimens No.Batches Data Class 0 1-18

MIL-HDBK-17-2F Volume 2, Chapter 1 General Information 1-18 ➊ TABLE 1.4.6 Format for bearing strength property table. {Warning} MATERIAL: {Fiber} {Fil. Count} / {Matrix} {tape/weave type} ➌ RESIN CONTENT: XX-XX wt% COMP. DENSITY: 0.0XX-0.0XX lb/in3 FIBER VOLUME: XX-XX % VOID CONTENT: X.X - X.X % ➋ PLY THICKNESS: 0.00XX - 0.00XX in. TEST METHOD: {Org. Method - Date} ➍ TYPE OF BEARING TEST: {single or double lap shear} JOINT CONFIGURATION Member 1 (t,w,lay-up): {thickness, width, lay-up } Member 2 (t,w,lay-up): {thickness, width, lay-up } FASTENER TYPE: { } THICKNESS/DIAMETER: { } TORQUE: { } EDGE DISTANCE RATIO: { } PITCH DISTANCE RATIO: { } NORMALIZED BY: Not normalized ➏ YIELD STRAIN OFFSET: { } Temperature (°F) Moisture Content (%) ➐ Equilibrium at T, RH (°F, %) Source Code Mean Minimum Maximum C.V.(%) ➒ ➑ B-value bru Fx Distribution (ksi) C1 C2 No. Specimens No. Batches Data Class Mean Minimum Maximum C.V.(%) Fx bry B-value (ksi) Distribution C1 C2 No. Specimens No. Batches Data Class ➓

MIL-HDBK-17-2F Volume 2,Chapter 1 General Information ① TABLE 1.4.7 Format for bearing/bypass property table. (Wamning} MATERIAL: (Fiber}(Fil.Count)/(Matrix)[tape/weave type) 3 RESIN CONTENT: XX-XX wt% COMP.DENSITY: 0.0XX-0.0XX Ib/in3 ② FIBER VOLUME: XX-XX% VOID CONTENT: X.X-XX% PLY THICKNESS: 0.00Xx-0.00XXin. TEST METHOD: (Org.Method-Date) 4 JOINT CONFIGURATION Member 1 (t,w,lay-up): (thickness.width.lay-up} Member 2(t,w,lay-up): (thickness,width,lay-up) FASTENER TYPE: THICKNESS/DIAMETER: TORQUE: EDGE DISTANCE RATIO: 6 PITCH DISTANCE RATIO: NORMALIZED BY: Not normal- ized Temperature(F) Moisture Content(%) Equilibrium at T,RH(F,% Source Code Bearing/Bypass Ratio Fp-tw⑧ Mean Minimum 9 (ksi) Maximum C.V.(%) Mean Minimum Maximum C.V.(%) B-value 史r Distribution (ksi) C1 C2 No.Specimens No.Batches Data Class 0 1-19

MIL-HDBK-17-2F Volume 2, Chapter 1 General Information 1-19 ➊ TABLE 1.4.7 Format for bearing/bypass property table. {Warning} MATERIAL: {Fiber} {Fil. Count} / {Matrix} {tape/weave type} ➌ RESIN CONTENT: XX-XX wt% COMP. DENSITY: 0.0XX-0.0XX lb/in3 FIBER VOLUME: XX-XX % VOID CONTENT: X.X - X.X % ➋ PLY THICKNESS: 0.00XX - 0.00XX in. TEST METHOD: {Org. Method - Date} ➍ JOINT CONFIGURATION Member 1 (t,w,lay-up): {thickness, width, lay-up} Member 2 (t,w,lay-up): {thickness, width, lay-up} FASTENER TYPE: { } THICKNESS/DIAMETER: { } TORQUE: { } EDGE DISTANCE RATIO: { } PITCH DISTANCE RATIO: { } NORMALIZED BY: Not normal￾ized ➏ Temperature (°F) Moisture Content (%) Equilibrium at T, RH (°F, %) ➐ Source Code Bearing/Bypass Ratio byp tu Mean Fx − ➑ Minimum (ksi) Maximum ➒ C.V.(%) Mean Minimum Maximum C.V.(%) B-value br Fx Distribution (ksi) C1 C2 No. Specimens No. Batches Data Class ➓