Right-click on the top-level component > select Do not capture Design History Note: Simply click Continue if you get a warning message. You’ll have to turn off the parametric design history to access Fusion 360’s mesh tools. Click OK to confirm the placement of the mesh file. Select the insert dropdown > Insert Mesh. If you don’t have a mesh file you can use the Sitting Fox file from Thingiverse. We’ll then convert the mesh body to a solid to further work on it. This work provides an effective strategy to obtain high performance PBSA materials and expand the application scope of PBSA.In this tutorial, we’ll look at using Fusion 360 to turn a mesh body into a low-poly design.

Compared with neat PBSA, the hydrolytic degradation of PBSA/sc-PLA blends was improved.

In addition, the heat deflection temperatures of PBSA/sc-PLA blends increased on incorporation of sc-PLA, thus enhancing the heat resistance. The Young's modulus, yield strength, and storage modulus of PBSA/sc-PLA blend increased with increase in sc-PLA content. Moreover, sc-PLA could reinforce the PBSA matrix.

Up to 20 wt% sc-PLA concentration, the PBSA/sc-PLA blends showed solid-like flow behavior in the low-frequency region. The sc-PLA was uniformly dispersed in PBSA matrix. Differential scanning calorimetry and wide-angle X-ray diffractometry confirmed the formation of sc-PLA in PBSA matrix. In this study, equimolar amounts of poly( l-lactic acid) (PLLA) and poly( d-lactide acid) (PDLA) were melt-blended with PBSA, to obtain a novel and environmentally friendly PBSA/sc-PLA blend, through in situ formation of stereo-complex poly(lactic acid) (sc-PLA).

Low poly to high poly blender