International Journal


1.Judul : Application of Reverse Engineering for Modified Anchor Impeller

Abstrak : One of the processes of wet area is the separation of soybean’s skin using water as its media, with the cycle time is 45.59 minutes. The object of this research is the wet area on Tempe production in Indonesian Tempe House (ITH) at Bogor City to reducing the cycle time by designing soybean peel separator machine. This research was conducted using the reverse engineering method by performing an in-depth analysis of the tools used and developing the existing peel separator equipment based on user needs. Concept screening and concept scoring are done to select one of the best concepts of 48 possible concepts. The result of the selected concept of the soybean peel separator is the need for a propulsion motor as a replacement energy source for the operator’s power and the mechanisms for separating skin and soybeans using water force from the bottom of the container. After that, the concept will be done by make a prototype and testing it in Rumah Tempe Indonesia with the result of cycle time is 70.77 minutes for all processes in a wet area, which means the cycle time is decreasing 39%.

link : http://psjd.icm.edu.pl/psjd/element/bwmeta1.element.psjd-1ae33f41-a2fb-4650-b5a9-5ab6e7e5b009

2.Judul : Hydraulic Analysis Software Comparison of Water Distribution System at Telkom
University Area III 

Abstract – Simulation has been widely used as a tool to overcome the limitations that occur in purely analytical modelling research or to provide practical solutions. Various kinds of simulation software are available as an open source or commercial software. Hydraulics analysis software is needed to facilitate the evaluation process in the design or maintenance of a Water Distribution System (WDS). Hydraulics analysis software provide the desired result in fluid dynamics such as flow rate and head loss value on each pipe. Previous research has been done to optimize the pipe network in WDS by using WaterCAD software to assess the proposed design. In this study a comparison is carried out between WaterCAD software and PipeFlow Expert to illustrate the different performance of each software for Ground Water Tanks, GWT. Our results show the average flow rate difference is 0.08 for both models, while the average head loss difference is 0.04 for GWT 1 model and 0.05 for GWT 2 model.
Keywords – Water distribution system, hydraulic, pipe, head loss, WaterCAD, Pipe Flow Expert

link : https://ijssst.info/Vol-20/No-2/cover-20-2.htm

3.Judul : Interactive Panorama VR360 for Corporate Communications: An Industrial Scenario Case Study

Abstrak :This case study explores interactive panorama implementation for corporate communications virtual reality 360 (VR360) application. Interactive panorama permits spherical panorama digital imagery being presented in three hundred sixty degrees visual experience instead of single angle limitation in conventional static image. The study proposes the use of interactive panorama as a corporate communications tool being considered from three experimental PEP aspects. The exploration of PEP framework seeks the suitability of implementing three key aspects of people, equipment and product for interactive panorama virtual reality 360 experience. With the developing advances of interactive panorama, it has been introduced by online social media providers as essential feature which allows individual and corporate users to post 360 content. This case study takes advantage on the actual on-going marketing experience and technical insight of a participating case company and several industrial scenario use cases. In this paper we describe interactive panorama content creation, PEP framework, a user study and directions for future work.

link : https://publisher.uthm.edu.my/ojs/index.php/ijie/article/view/2832