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Materials Science in Additive Manufacturing                        Validation of a novel ML model for AM-PSP




                          A                                    B















            Figure 7. Main effects of the control parameters (A) and signal-to-noise ratio (B) indicate that AM-process induced microstructure greatly affects the
            resulting machining behavior.
































                                  Figure 8. Mean and interaction effects of control factors on specific cutting energy.

            Table 6. ANOVA results of the specific cutting energy consumed on the machining of Ti‑6Al‑4V
            Variables           DoF        Sum of squares    Adj SS       Mean of square     F         P‑value
            Materials            7           7554173         7057373         1008196        34.27      0.000***
            DoC                  2            159581          33089          16545          0.56        0.574
            Feed                 2           17631530        4758353         2379176        80.86      0.000***
            Speed                2            479466         369950          184975         6.29       0.004**
            Material and DoC     14          4500947         4514152         322439         10.96      0.000***
            DoC and feed         4            73329           50848          12712          0.43        0.785
            DoC and speed        4            15547           14093           3523          0.12        0.975
            Feed and speed       4            10677           10677           2669          0.09        0.985
            Residual             44          1294626         1294626         29423           \           \
            Total                83          31719875          \               \             \           \
            *P<0.05, **P<0.005, ***P<0.0005.
            Abbreviations: Adj SS: Adjusted sum of squares; DoC: Depth of cut; DoF: Degree of freedom.

            Volume 2 Issue 3 (2023)                         10                      https://doi.org/10.36922/msam.0999
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