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A 3d-simulation study of the deformation, tension, and stress of 3d-printed and conventional denture base materials after immersion in artificial saliva
Dimitrova, M., Vlahova, A., Raychev, R., Chuchulska, B., Kazakova, R. A 3d-simulation study of the deformation, tension, and stress of 3d-printed and conventional denture base materials after immersion in artificial saliva,
, 2024, 104-113.
Dimitrova, M., Vlahova, A., Raychev, R., Chuchulska, B., Kazakova, R. .
A 3d-simulation study of the deformation, tension, and stress of 3d-printed and conventional denture base materials after immersion in artificial saliva.
Plovdiv: , 2024, 104-113.
Dimitrova, M., Vlahova, A., Raychev, R., Chuchulska, B., Kazakova, R. (2024)
A 3d-simulation study of the deformation, tension, and stress of 3d-printed and conventional denture base materials after immersion in artificial saliva,
Plovdiv: , 104-113
Dimitrova, M.,
Vlahova, A.,
Raychev, R.,
Chuchulska, B., &
Kazakova, R.
(2024).
A 3d-simulation study of the deformation, tension, and stress of 3d-printed and conventional denture base materials after immersion in artificial saliva. Folia Medica. Plovdiv: 66 (1), 104-113.