In-vitro analysis of stress dynamics in polyamide and metal acrylic distal extension removable partial dentures.

At 212 N, the difference approached significance ( p = 0.064), indicating a trend toward greater deformation in polyamide dentures under high stress as shown in Table 2 ; Fig. 7 In Sensor 6 , the mean strain values for both metal acrylic and polyamide removable partial dentures (RPDs) were evaluated across increasing force levels, from 19 N to 250 N.

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6 In Sensor 5 , the strain values measured for both metal acrylic and polyamide removable partial dentures (RPDs) show an increasing trend as the applied force increases from 19 N to 250 N.

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Similarly, at 250 N, the polyamide RPDs showed a mean stress of 29.88 ± 3.16 N versus 14.94 ± 4.74 N for the metal acrylic RPDs, with a highly significant p-value of 0.010.

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