Non-destructive Crack Detection Methodologies in Green Compacts: An Overview

Author:

Mustafa SameenORCID,Peer AngelikaORCID,Concli FrancoORCID

Publisher

Springer Nature Switzerland

Reference37 articles.

1. Aydin, I., Briscoe, B., Ozkan, N.: Modeling of powder compaction: a review. MRS Bull. 22, 45–51 (1997)

2. Benzerrouk, S.: Active and passive thermography for the detection of defects in green-state powder metallic compacts, Worcester Polytechnic Institute (2011)

3. Bocchini, G., Schaidl, H.: Powder and mix properties, tooling and innovative presses, suitable to avoid cracks in P/M part compacting. In: Advances In Powder Metallurgy, vol. 1, pp. 59–88 (1991)

4. Bodnar, J., Menu, C., Egée, M., Pigeon, P., Le Blanc, A.: Detection of wear cracks by photothermal radiometry. Wear 162, 590–592 (1993)

5. Borwankar, R., Ludwig, R.: A novel compact convolutional neural network for real-time nondestructive evaluation of metallic surfaces. IEEE Trans. Instrum. Meas. 69, 8466–8473 (2020)

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