CRUSHING MACHINE DESIGN FOR WOOD WASTE UTILIZATION USING AXIOMATIC DESIGN METHOD.

Journal Title: Engineering and Technology Journal - Year 2022, Vol 7, Issue 12

Abstract

The increased number of furniture orders led to a significant amount of material waste. Bahana Raya produces 5-7 m3 of multiplex and blockboard waste. Multiplex waste in the form of lumber and wood chips has been solely utilized as fuel for stoves being used for cooking for worker lunches, with the remainder simply being burned as waste. This study was carried out to provide solutions for dealing with existing waste in terms of multiplex and blockboard waste crushing machine. A tool or machine which can address all of these shortcomings were then developed. The axiomatic Design method can be utilized that can address these shortcomings workers’ needs and expectations based on field conditions. Completing the stages of determining Customer Attributes (CA) and making a hierarchy of Functional Requirements (FRs) and Design Parameters (DPs) can result in a product design that meets all of the workers' needs and expectations. The result of this study suggested the development of a multiplex and blockboard waste crushing machine, which offers a number of benefits over existing wood crusher machines, including the ability to produce finer sawdust in accordance with MDF raw material criteria (0,43 g/m3).

Authors and Affiliations

Sri Arttini Dwi Prasetyowati   Iqbal Sobri Bagasghani   Akhmad Syakhroni

Keywords

Related Articles

Modeling of High Pressure Loss (Head Loss) in a Flow Measurement Unit with Various Pipe Network Manifold Openings

The head loss in water flowing through pipes often turns out to be different from what we assume, which is the occurrence of incompressible flow. However, this assumption is not always true because the flow pattern insid...

THE TRAINING OF EDUCATORS WITHIN THE FRAMEWORK OF THE PEDAGOGICAL CHALLENGES OF THE 21ST CENTURY

The training of teachers has been conceived as a responsibility that has a social impact that merits the development of research proposals that contribute to the discussion of the same. Thus, this article is the starting...

PLANT DISEASE DETECTION BY USING MOBILENTV2 AND XCEPTION ON FILTERED AND ENHANCED IMAGES

The gathering, sorting, and processing of plant leaf images serves as the foundation for this study. These are crucial first steps in the plant health monitoring process that guarantee reliable findings. The work classif...

Risk Assessment of Water Inrush from the Floor of No. 15 Coal Seam in Yuecheng Mine

Based on the analysis of hydrogeological data and drilling data of Yuecheng Mine, six main controlling factors affecting the water inrush of main coal seam floor are determined as Aohui water level elevation, 15 coal sea...

SMART SAFE USING FACE DETECTION METHOD ESP32 CAM

Currently crime cases are undeniable, one of the cases of crime or crime that often occurs in our lives is theft, the role of technology has an important role in the security system, one of which is the security system i...

Download PDF file
  • EP ID EP717242
  • DOI 10.47191/etj/v7i12.04
  • Views 73
  • Downloads 0

How To Cite

Sri Arttini Dwi Prasetyowati   Iqbal Sobri Bagasghani   Akhmad Syakhroni (2022). CRUSHING MACHINE DESIGN FOR WOOD WASTE UTILIZATION USING AXIOMATIC DESIGN METHOD.. Engineering and Technology Journal, 7(12), -. https://europub.co.uk./articles/-A-717242