32 - 33 |
Prototypes for biomechanics Simmonds R |
34 - 34 |
Goodbye injection moulds [Anonymous] |
40 - 41 |
Real wood applications Kapp KD |
42 - 43 |
Knowing what's going on inside the mould Geppert E |
44 - 45 |
Complete solution for "Flex-foil" moulding [Anonymous] |
58 - 61 |
Joining injection moulded sintered parts in the green compact phase Potente H, Wilke L |
62 - 65 |
Precision parts rapidly and economically Hickmann T, Klemp E |
67 - 70 |
Improved injector design by waters-assisted simulation Michaeli EHW, Juntgen T, Gronlund O, Jain A |
72 - 74 |
The right orientation Haag R, Brinkmann T |
76 - 78 |
Focus on elastomer processing Limper A |
79 - 82 |
Stress appearance during creep Kolupaev V, Moneke M, Becker F |
83 - 86 |
Application-specific thermal conductivity Duifhuis P, Mangnus R, Weidenfeller B |
88 - 94 |
Crossfinked PA 6 for circuit carriers Brocka Z, Ehrenstein GW |
99 - 102 |
Porous plastics as sensor materials Jungnickel BJ, von Seggern H |
104 - 106 |
The magic phrase: Light-weight construction Kircher W |
108 - 110 |
Rapid handling, neat trimming Hess M |
112 - 116 |
Reducing noise development in vehicles Zschau A, Becker K, Bourdon R |
118 - 121 |
Vibro-acoustic design of composites Tager O, Kroll L, Hufenbach W |
122 - 125 |
Burst pressure prediction in plastic intake manifolds Teschner M, Brockmuller K, Glaser S, Jakobi R |
126 - 130 |
Even faster development of cylinder head covers De Laak MO, Hauth M |
131 - 132 |
Hybrid front-end combines contradictions Kiefer S |