Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation.

Gerald Berger; G. Pacher; Walter Friesenbichler

Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation.

Gerald Berger
, G. Pacher
, Walter Friesenbichler

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Translated title of the contribution	Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation.
Original language	English
Title of host publication	Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28)
Pages	215-215
Publication status	Published - 2012

Cite this

Berger, G., Pacher, G., & Friesenbichler, W. (2012). Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation. In Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28) (pp. 215-215)

Berger, Gerald ; Pacher, G. ; Friesenbichler, Walter. / Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation. Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28). 2012. pp. 215-215

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title = "Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation.",

author = "Gerald Berger and G. Pacher and Walter Friesenbichler",

year = "2012",

language = "English",

pages = "215--215",

booktitle = "Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28)",

}

Berger, G, Pacher, G & Friesenbichler, W 2012, Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation. in Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28). pp. 215-215.

Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation. / Berger, Gerald; Pacher, G.; Friesenbichler, Walter.
Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28). 2012. p. 215-215.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

TY - GEN

T1 - Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation.

AU - Berger, Gerald

AU - Pacher, G.

AU - Friesenbichler, Walter

PY - 2012

Y1 - 2012

M3 - Conference contribution

SP - 215

EP - 215

BT - Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28)

ER -

Berger G, Pacher G, Friesenbichler W. Influence of dynamic mold temperature processes on the weld line strength of bi-directional filled tensile bars. A new multi-functional test injection mold to examine surface defects, thin-wall parts and frozen layer formation. In Abstract Book - The 28th International Conference of Polymer Processing Society (PPS-28). 2012. p. 215-215