This study material discusses the design and FEA analysis of a connecting rod for an engine. It covers topics such as material selection, stress concentration, and more. The content includes tables, figures, and results of the analysis. The subject is mechanical engineering and the course code is not mentioned. The college/university is not mentioned.

Reverse Engineering

Reverse engineer a connection rod or suspension upright, create a digital file, and suggest optimization potential.

Learn about the design and FEA analysis of connecting rod for engine in this study material from Desklib. Get detailed information about material selection, stress concentration, and more.

Connecting Rod Design and FEA Analysis for Engine | Desklib

Design and FEA Analysis of Connecting Rod for Engine

Derecho

This article discusses the design and FEA analysis of connecting rods in engines. It covers the material selection, designing, and stress analysis of connecting rods. The article also includes tables and figures for better understanding. Subject: Mechanical Engineering, Course Code: NA, Course Name: NA, College/University: NA.

Hartpury University and Hartpury College

Mechanical Engineering

Materials Science and Engineering

Connecting Rod Design and FEA Analysis - Desklib

Get detailed information about the study properties, material properties, loads and fixtures, mesh information, and study results of Plastic Analysis simulation on Desklib. Analyzed with SOLIDWORKS Simulation.

Simulation of Plastic Analysis - Study Properties, Material Properties, Loads and Fixtures, Mesh Information, Study Results

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Colegio de San Juan de Letran

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This experiment was conducted to evaluate and determine the correct material to build a pedestrian bridge across the Yarra River. The strength of the material used exceeded 9kN/m for safety factors. Tensile testing of various materials was used to select the suitable material for the pedestrian bridge construction. The stress-strain relationship of the materials was use to predict their behaviors when subjected to various loading conditions. MATLAB programming was used to evaluate the obtained tensile testing data. The experimental results recommend the use of steel in the construction of the bridge due to its strength properties that enables it to withstand high axial loading as compared to other materials. The strength exceeds the recommended one of 9Kn/m.

Adamson University

Material to Build a Pedestrian Bridge - VEN1104

This project involves building a quadcopter (drone) from scratch by making the basic design of the frame on our own. Then this design is 3D printed, assembled with the electronic components, made to fly and tested. The concept of lattice lightweights to reduce the frame weight has also been employed using 3-Matics software. Explore the Design and Development of Quadcopter for Advanced Manufacturing-II. Learn about the components, working, 3D printing, and electronic components selection.

Design and Development of Quadcopter for Advanced Manufacturing-II

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This study material provides insights into the working of UAVs, security aspects, safety aspects, cyber security approaches, and machine learning techniques. It covers the classification, architecture, and cyber protection of UAVs. The data sets used and the results obtained are also discussed. The aims and objectives of this research on UAV pilot identification using machine learning are outlined.

Design and FEA Analysis of Connecting Rod for Engine

Connecting Rod Design and FEA Analysis - Deskliblg...

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Connecting Rod Design and FEA Analysis - Desklib

Simulation of Plastic Analysis - Study Properties, Material Properties, Loads and Fixtures, Mesh Information, Study Results

MECH204: Mechanics of Solids

Material to Build a Pedestrian Bridge - VEN1104

Design and Development of Quadcopter for Advanced Manufacturing-II

Unmanned Aircraft Vehicle (UAV) Pilot Identification Using Machine Learning