Simulation of Liquid Smoke Machine Prototype Design from Wood Waste Using 400°C Temperature
Simulasi Desain Prototype Mesin Asap Cair dari Limbah Kayu Menggunakan Temperatur Suhu 400°C
DOI:
https://doi.org/10.21070/ups.4946Keywords:
Design, prototype, liquid smoke machine, Von Mises stress, strain, displacement, safety factorAbstract
Evaluating the cone-shaped tube's capacity to hold raw materials such as corn cobs, coconut shells, and leftover wood is one of the purposes of the design of the liquid smoke machine. Utilizing Solid Work 2016 software, the design inputs a temperature of 400 degrees Celsius. The selection of materials, fixed featured areas, and force/pressure areas are further data inputs. Von Misses stress, displacement, strain, and safety factor are measured through tests. The highest strain value is 2.044e-6, and the maximum stress is 6.458e+5 N/mm2, according to the Von Misses stress stress value data. A maximum safety factor of 8.846e8 and a maximum displacement value of 2.458e-3 mm are both possible.
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