Project Guide Templete for B Tech Mechanical engineering.pptx

Final year project template

1. Project Title- Reliability Assessment of Midrange Diesel Engines Sponsor: Kavita Kaushik Process Owner : Madhavan Raja Problem Statement - Reliability assessment of mid–range diesel engines. Developer: Anuj Kumar Status : G Y R Scope of Initiative / Project Description Action Plan / Milestones This project focuses on assessing the reliability of mid-range diesel engines with a particular emphasis on critical components that are directly related to emission control . The goal of the assessment is to ensure these components maintain optimal performance throughout their operational life, adhering to stringent government emission regulations . This project has following outcomes and benefits:- Ensure that the selected components have the required reliability level, preventing any compromise to the engine's ability to meet government-mandated emission norms. Gain insights into component longevity and recommend improvements where necessary to enhance overall reliability. Current State / Achievements Learned about different concepts involved in process of Reliability Assessment: Learned about various reliability terms and tools. Learned about the engine components and gained insight about their working. Action Start Date End Date Status Gain clarity about the project and reliability terms used and data visualization. 25/06/2024 03/07/2024 Data understanding: Understanding the Claims data and relevant terms from CGSA team. 04/07/2024 28/07/2024 Learned about different types of data distribution and how to use Weibull ++ . 29/07/2024 13/08/2024 Learned about the working of the components and their failure modes. Gathered information about their PPS and analyzed their RPH. 14/08/2024 28/08/2024 Collected claims data and build data for all components. Gained insights into classifying claims data by application and vehicle model. 29/08/2024 11/09/2024 Pre-processed claims data for all components and consolidated them into a single sheet. Conducted an analysis of MTTF using the ETV as a sample component for practice. 12/09/2024 27/09/2024 Prepared the SOP of the project. Visited CTCI for understanding Cummins products. 28/09/2024 08/10/2024 Strengthened my understanding of Six Sigma and began reviewing concepts in preparation for the Yellow Belt certification. 09/10/2024 Completed Ongoing Pending

2. Project Workflow

3. Assess component reliability- Calculate B(x) life and MTTF to assess how long components can perform before failing. Ensure regulatory compliance by government- Ensure components meets stringent emission norms by improving reliability, leading to reduced emissions. Optimize maintenance and warranty- Use reliability data to plan maintenance schedules and manage warranties effectively. Improve product quality and durability- Identify weak components to enhance engine durability and reduce lifecycle costs. Enhance design and development- Use findings to redesign or replace less reliable components for better engine performance. Why Reliability Assessment?

4. Parameters Calculated from Reliability Assessment