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( a ) Tensile strength data of bi-injected PC-A (Lexan EXL 9330) and PC-B (...
Published Online: July 15, 2024
Fig. 3 ( a ) Tensile strength data of bi-injected PC-A (Lexan EXL 9330) and PC-B (Lexan 943A) as a function of melt temperature at set mold temperature (70 °C). ( b ) Tensile strength data of PC–PC overmolding plotted against melt temperature. Black markers represent mold temperatures at 65 °C, wh... More about this image found in ( a ) Tensile strength data of bi-injected PC-A (Lexan EXL 9330) and PC-B (...
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( a ) Representative stress–strain curves were obtained from tensile tests ...
Published Online: July 15, 2024
Fig. 4 ( a ) Representative stress–strain curves were obtained from tensile tests of bi-injected PC–PC and PC/ABS–PC samples, along with overmolded PC/ABS–PC samples. ( b ) Stress–strain curves were obtained from tensile tests of bi-injected PC–PC, PC/ABS–PC, and PC–SEBS samples. More about this image found in ( a ) Representative stress–strain curves were obtained from tensile tests ...
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( a ) The tensile strength results of PC–PC/ABS (hard–hard) injections. The...
Published Online: July 15, 2024
Fig. 5 ( a ) The tensile strength results of PC–PC/ABS (hard–hard) injections. The horizontal axis represents various material melting temperature values for the experiment. Circles, squares, and triangles correspond to BI, OM1, and OM2, respectively. Different colors represent different molding t... More about this image found in ( a ) The tensile strength results of PC–PC/ABS (hard–hard) injections. The...
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Tensile strength results of PC–SEBS (hard–soft) injections are presented as...
Published Online: July 15, 2024
Fig. 6 Tensile strength results of PC–SEBS (hard–soft) injections are presented as a function of PC melting temperature, with the SEBS temperature kept constant at 210 °C. Marker types circle, square, and triangle correspond to BI, OM1, and OM2, respectively. Different colors represent different m... More about this image found in Tensile strength results of PC–SEBS (hard–soft) injections are presented as...
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Tensile strength data plotted against PC/ABS melt temperature for PC–PC/ABS...
Published Online: July 15, 2024
Fig. 7 Tensile strength data plotted against PC/ABS melt temperature for PC–PC/ABS ( a ) bi-injected and ( b ) overmolded samples. Marker colors indicate mold temperature: black for 60 °C, blue for 70 °C, and red for 80 °C. Marker types (circle and square) represent PC melt temperatures of 295 °C ... More about this image found in Tensile strength data plotted against PC/ABS melt temperature for PC–PC/ABS...
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( a ) Difference of interface temperature    (    T    IF      )   , where ...
Published Online: July 15, 2024
Fig. 8 ( a ) Difference of interface temperature ( T IF ) , where the data are captured from numerical simulations, and glass transition temperature ( T G ) for PC–ABS (square markers) and PC (circle markers) for different process parameters. Marker colors indicate mol... More about this image found in ( a ) Difference of interface temperature ( T IF ) , where ...
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Interfaces of PC/ABS injections under optical microscope (ABS is on the lef...
Published Online: July 15, 2024
Fig. 11 Interfaces of PC/ABS injections under optical microscope (ABS is on the left and PC is on the right): ( a ) BI on the left (low mold and melt temperature parameters) and ( b ) OM-1 on the right (low mold and melt temperature parameters) More about this image found in Interfaces of PC/ABS injections under optical microscope (ABS is on the lef...
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( a ) PC–ABS injection sample interface FTIR measurement (red represents sa...
Published Online: July 15, 2024
Fig. 12 ( a ) PC–ABS injection sample interface FTIR measurement (red represents sample and blue represents PC/ABS blend library data as reference) (low mold and melt temperature parameters combination). ( b ) PC–PC/ABS injection sample interface FTIR measurement (red represents sample and green r... More about this image found in ( a ) PC–ABS injection sample interface FTIR measurement (red represents sa...
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Microhardness plots for ( a ) bi-injected and overmolded PC–ABS (left side ...
Published Online: July 15, 2024
Fig. 13 Microhardness plots for ( a ) bi-injected and overmolded PC–ABS (left side PC, right side ABS) as a function of the position where interface sets position = 0. ( b ) PC–PC/ABS microhardness plots (left side PC and right side PC/ABS). More about this image found in Microhardness plots for ( a ) bi-injected and overmolded PC–ABS (left side ...
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Graphical representation of ISRA. Larger circle represents the total materi...
Published Online: July 15, 2024
Fig. 2 Graphical representation of ISRA. Larger circle represents the total material volume, and smaller internal circles represent measured locations. Divisions/slices in the circles represent the six components of stress (both in the outer and the inner circles). Transparency in colors represent... More about this image found in Graphical representation of ISRA. Larger circle represents the total materi...
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(  a  )    Illustration of the Al 7075-T651 plate used to measure RS, its d...
Published Online: July 15, 2024
Fig. 4 ( a ) Illustration of the Al 7075-T651 plate used to measure RS, its dimensions, and the longitudinal (XZ) and transverse (YZ) midplanes, ( b ) Polynomial fits to the longitudinal and transverse RS measured and presented in Fig. 3 , and ( c ) Section view of the pla... More about this image found in ( a ) Illustration of the Al 7075-T651 plate used to measure RS, its d...