International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 08 | Aug 2023
p-ISSN: 2395-0072
www.irjet.net
Multidisciplinary Engineering Innovations: From Conveyors to Propulsion to Sustainable Materials U. A. Patil1 1Mechanical Engineer, Textile and Engineering Institute,(Ich.), Maharashtra, India ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - This comprehensive review explores 2. ADVANCED INDUSTRIAL CONVEYOR multidisciplinary engineering innovations across five key SYSTEM
areas: Conveyor Systems, Vehicle Propulsion, Sand Reclamation, Nanocomposites, and Sustainable Materials. Delving into each topic, the study unveils diverse conveyor types and their tailored applications, optimizing material handling in various industries. Shifting to vehicle propulsion, it dissects alternative solutions for differentialless drives and compares differential systems based on operational needs. In the realm of sand reclamation, IoT technology drives efficiency through real-time monitoring and remote control. Advancements in nanocomposites result in lightweight, durable materials with improved mechanical and thermal properties. Lastly, the article underscores the importance of sustainable materials by exploring PVC alternatives and effective plastic waste management strategies. This exploration highlights engineering's transformative role in reshaping industries and fostering sustainability. Key Words: Conveyor Systems,Vehicle Propulsion,Sand Reclamation, Nanocomposites, Sustainable Materials.
1. INTRODUCTION The summarized content provided encompasses diverse research articles spanning several industries. It covers the significance of conveyor systems in efficient material handling, highlighting different types and their applicability across various sectors. The research delves into the design, testing, and validation of slat conveyors for assembly lines, emphasizing optimization and efficiency. In the foundry sector, the integration of IoT technology and fluidized bed sand coolers are explored for enhancing sand reclamation processes. The automotive field is discussed in terms of innovative differential-less drive systems, with a focus on advancements and comparative evaluations. Additionally, the text touches upon material research, outlining recent developments in ternary nanocomposites and emphasizing their potential applications. Lastly, the importance of alternatives to PVC and efficient plastic waste management is highlighted, contributing to environmental sustainability. This comprehensive overview underscores the multidisciplinary nature of these research endeavors and their impact on industry efficiency, environmental consciousness, and technological advancement. © 2023, IRJET
|
Impact Factor value: 8.226
|
Conveyor systems are crucial in various industries for efficient material handling. They can be broadly categorized into belt, roller, chain, and screw conveyors. Belt conveyors are versatile and used in industries like manufacturing and mining. Roller conveyors are ideal for heavy items and are used in warehouses and distribution centers. Chain conveyors handle bulk materials, often in harsh environments like agriculture and mining. Screw conveyors move materials at an incline and are common in food processing and agriculture. Industries choose conveyor types based on factors like material, distance, throughput, and environment for optimized operations.[1]Another research focuses on the design and modeling process of a slat conveyor tailored for a twowheeler assembly line. It highlights the key steps involved in creating an efficient conveyor system, starting with analyzing the assembly line's requirements and selecting an appropriate slat conveyor type based on factors like size, weight, and throughput. The article emphasizes aspects such as conveyor length, layout, drive systems, support structure, and safety measures. It underscores the significance of 3D modeling for visualizing the design, materials selection for durability, and the importance of testing, optimizing, and planning maintenance for the conveyor system's long-term performance.[2]One more research focuses on evaluating and confirming the functionality of a slat conveyor designed for a two-wheeler assembly line. The study involves thorough testing procedures to ensure the conveyor system operates effectively and meets the assembly line's requirements. The article discusses protocols for testing factors such as load capacity, speed, and alignment. It also covers the validation process, including comparing test results with predicted outcomes from the design phase. The article addresses any identified issues and describes adjustments made for optimization. It concludes by determining whether the conveyor system meets the assembly line's needs and may offer recommendations for further improvements. [3]
ISO 9001:2008 Certified Journal
|
Page 343