Campbell

Charoenvilaisiri

Dour

Erickson

K.M. Pedersen

Labrecque

Lacaze

Michalski

N. Tiedje

Onsøien

Ruxanda

Stefanescu

Ågren

Temperature measurement using thermocouples (TC’s) influence solidification of the casting, especially in thin wall castings. The problems regarding acquisition of detailed cooling curves from thin walled castings is discussed. Experiments were conducted where custom made TC’s were used to acquire cooing curves in thin wall ductile iron castings. The experiments show how TC’s of different design interact with the melt and how TC design and surface quality affect the results of the data acquisition. It is discussed which precautions should be taken to ensure reliable acquisition of cooling curves. Measurement error depending on TC design and cooling conditions is shown. A method is presented that allows acquisition of cooling curves in thin walled ductile iron castings down to thickness of at least 2.8 mm. The obtained cooling curves can be used to compare nucleation and growth during solidification of castings with different plate thicknesses

Pedersen, Karl Martin

Tiedje, Niels Skat

Online Research Database In Technology

Temperature measurement during solidification of thin wall ductile cast iron. Part 1: Theory and experiment

Crossref

http://orbit.dtu.dk/ws/files/3289646/Post-print%20Temperature%20measurement%20during%20solidification%20of%20thin%20wall%20ductile%20cast%20iron.%20Part%201%20Theory%20and%20experiment.pdf

Temperature measurement during solidification of thin wall ductile cast iron. Part 1: Theory and experiment

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Online Research Database In Technology

Crossref