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Study material ratio green bean powder and polylactic acid powder for the 3D printing technology selective laser sintering

机译:研究材料比绿豆粉和聚乳酸粉末3D印刷技术选择性激光烧结

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The world's population is increasing, so the demand for material also increases. Currently scientists are therefore searching for new materials that have a stable supply of large quantities. The combination of green bean powder with polylactic acid powder has a composition ratio (10/90; 20/80; 70/30 and 40/60 (wt/wt)) used as input material for 3d printing technology SLS. High-power laser experiments were performed on a mixture of green bean powder and polylactic acid powder (GBCP), which produced a new synthetic material both biodegradable. Then, the GBCP composite material was tested for mechanical properties in each type of mixing ratio, observing the cross section of the material structure. Results obtained at 20/80 (wt/wt) mixing ratio of GBCP composite have a tensile strength of 2.5705 MPa, bending strength of 5 MPa and impact strength of 0.501kJ/m2.
机译:世界的人口正在增加,因此对材料的需求也增加了。因此,科学家正在寻找具有稳定大量供应的新材料。用聚乳酸粉末的绿豆粉末的组合具有组成比(10/90; 20/80; 70/30和40/60(wt / wt))用作3D打印技术SLS的输入材料。在生绿豆粉末和聚乳酸粉末(GBCP)的混合物上进行高功率激光实验,其制造了可生物降解的新型合成材料。然后,在每种类型的混合比中测试GBCP复合材料的机械性能,观察材料结构的横截面。 GBCP复合材料的20/80(WT / WT)混合比的结果具有2.5705MPa的拉伸强度,弯曲强度为5MPa,冲击强度为0.501KJ / m 2。

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