PACE Collaborative Project: Emerging Market Vehicle Transmission Design Team member: Anthony Smith Kevin Scott Decorian Harris Jacque Thornton Advisor:

Slides:

Advertisements

Similar presentations

Outline Gear Theory Nomenclature Gear Trains Loading Stresses

Advertisements

Worm and Wheel Gear Crank Wheel Gear (Driven) Worm Gear(Drive)

Manual Transmission Fundamentals

Machine Elements in Mechanical Design. Introduction Mechanical Systems or Devices are designed to transmit power and accomplish specific patterns of motion.

Flexible Mechanical Elements for Motion & Power Transmission

Chapter 19: Flexible Machine Elements

Mechanical Engineering Dept.

Bevel Gears Force Analysis Mind Works Bevel Gears AGMA Stress Analysis

Chapter 5 Design and Analysis of a Laminate The Drive Shaft Problem Dr. Autar Kaw Department of Mechanical Engineering University of South Florida, Tampa,

Power Transmission Shaft Irmydel Lugo Victor Molina Eladio Pereira.

Methods of Attaching Components to a Shaft

Chapter 18 Shafts and Axles Dr. A. Aziz Bazoune

Lectures 7 and 8 Machine elements D.Sc Harri Eskelinen

Drive Train Ryan Barba Patrick Hickey Andrew Hill.

AN-Najah National University Faculty Of Engineering Mechanical Engineering Department Graduation project2 1.

SUMMER INSTITUTE - ROBOTICS THE OHIO STATE UNIVERSITY Drivetrains.

Screws, Fasteners, and the Design of Nonpermanent Joints

New Traction Drive Pairing with Inner Spherical Rotor for Automobile Usage Depart of Mechanical Design, Pusan National Univ. South Korea. Researcher: Ilkeun.

Mechanical Transmissions

MSD P15280 RIT HOT WHEELZ TEST BENCH. AGENDA ❖ Detailed Design Review ➢ Competition Benchmarking ➢ Mechanical ●Motor Mount & Baseplate ●Modular Cart.

Forging new generations of engineers. Pulleys, Sprockets, and Gears.

Mechanical Engineering Udayana University Flat Belt Pulleys.

Experiment 11 Gearing.

Forging new generations of engineers. GEARS Presentation Objectives Identify parts of the gear trainer Identify gears Identify gear terminology Identify.

PSAA Curriculum Unit Physical Science Systems. Problem Area Energy and Power Systems.

Gears, Chains and Sprockets Unit 6. Introduction Motors can only create a set amount of power. Motors can only create a set amount of power. There is.

Counting Servo Gear Teeth living with the lab Take apart one of your servos to see what it’s like on the inside. Count the number of teeth on each gear,

Driven Drive Simple Gear B. 2. What is the position of the input shaft compared to the output shaft? Simple Gear B Parallel.

Problem Statement A drive shaft for a Chevy Pickup truck is made of steel. Check whether replacing it with a drive shaft made of composite materials will.

Abdelmageed Elmustafa

Machine Design I (MCE-C 203) Mechatronics Dept., Faculty of Engineering, Fayoum University Dr. Ahmed Salah Abou Taleb Lecturer, Mechanical Engineering.

PART II Design of a Mechanical Drive 2-1 Objectives and content of Part II A mechanical drive is called sometimes a power transmission that serves.

“Getting the Power to the Pavement”

CheesePot: Engineering Analysis By: James Weglarz.

The McGraw-Hill Companies © 2012

THOERY OF MECHANISMS AND MACHINES

ITU LCH Structural Design Criteria and Structure Analysis March 19, 2003.

ME 635 Modeling and Simulation Modeling and Simulation of Speed Reducer assembly - Hirak Patel.

The McGraw-Hill Companies © 2012

C.K. PITHAWALA COLLEGE OF ENGINEERING & TECHNOLOGY

Gear ratio and machine Secondary two Design & Technology.

The Process of Making The Best CO2 Machine! Agricultural Mechanics / Woodshop Mr. Weaver The Process of Making The Best.

Greg Brown Logan Krier Ethan Oberg J Forrest Schumacher

An-Najah National University Faculty of Engineering Department Of Mechanical Engineering Electricity Generation Using Speed Breakers Submitted to : Dr.

Project Advisors: Advisor Name: Dr. Muhammad Asad

Mechanical Engineering Design

Gears and Transmissions

Design of Joints, Levers, & offset Links (12 marks)

DESIGN OF SPUR GEARS By C.VIGNESH ASSISTANT PROFESSOR

Power Transmission Shaft

A SEMINAR ON AUTOMATIC TRANSMISSION

Gear box for BWM power Generation

Power Transmission Case Study

V Belt & Rope Drive Problems

Manual Drivetrains and Axles

DESIGN MODELING AND ANALYSIS OF SINGLE PLATE CLUTCH

GROUP MEMBER  Muhammad Abbas Akram (15-ME-50)  Leeman Hussain (15-ME-54)  Naveed Iqbal (15-ME-51)  Muhammad Bilal Ali (15-ME-49)  Hafiz Abubakar.

Gears and Transmissions

UNIVERSITY OF TEXAS AT EL PASO Steering System

Pulleys, Sprockets, and Gears

Tabletop Torsion Device

Pulleys, Sprockets & Gears

Unit Physical Science Systems

Designing and Manufacturing of a hand operated plastic injection moulding machine envisioned for the mesoscale range. Freddy Travieso

SAE Mini Baja: Powertrain

Simple Lifting Machines

Automotive Service Modern Auto Tech Study Guide Chapter 55

Presentation transcript:

PACE Collaborative Project: Emerging Market Vehicle Transmission Design Team member: Anthony Smith Kevin Scott Decorian Harris Jacque Thornton Advisor: Dr. Xiaobo Peng Department of Mechanical Engineering Prairie View A&M University, Prairie View, Texas

Outline Project Goal and Objectives Project Planning Detailed System Design Results Conclusion and Recommendations

Goals and Objectives Suitable for an emerging market Inexpensive to produce High fatigue safety factor High strength capacity Ability to handle high torque and horsepower Lightweight Allowance for ample clearance Should operate under extreme conditions GOAL: To develop an efficient transmission/gearbox design to suit the needs of the emerging market vehicle.

Constraints on Transmission Length: 300 mm maximum Width: 350 mm maximum Height: 300 mm maximum Weight according to total weight of vehicle.

Project Management: Gantt Chart

Gear Train: Calculation Equations Minimum Number of Teeth Gear Diameter Number of Revolution Safety Factor Torque Velocity Transmitted Load

Design Calculations Using a creditable machine design textbook, calculation for tooth number, safety factors, bending, wear, and stress were done. 7 Tooth Number Minimum [Teeth] Tooth Number Used [Teeth] Diameter of Gear [ in] Revolution of Gears [Rev / min] Safety FactorsGear Ratio Used Gear 2 Gears for 1st Gear Gear Gear 4 Gears for 2nd Gear Gear Gear 6 Gears for 3rd Gear Gear Gear 8 Gears for Reverse Gear Gear 10 Gears for 4th Gear Gear

Gear Design & FEA Analysis

Shaft Design Reverse shaft Input shaft Output shaft

Housing Bottom housing Upper housing

Other Major Components Synchronizer Reverse engager shaft Slider for synchronizerSynchronizer engager

Other Major Components Bearing gasket Engager shaft Bearing

Transmission Assembly

Results Design is created to fit constraints. Design was verified by FEA. It is a safe transmission design.

Conclusion & Recommendations Developed a successful design Better communication between Universities involved Obtaining up to date software