DFMA Paradigms as Applied to the Swingline 747 Stapler

Slides:

Advertisements

Similar presentations

Ion Stoica, Robert Morris, David Karger, M. Frans Kaashoek, Hari Balakrishnan MIT and Berkeley presented by Daniel Figueiredo Chord: A Scalable Peer-to-peer.

Advertisements

Manufacturing Technology

IFB 2012 INTRODUCTION Material Indices1/12 IFB 2012 Materials Selection in Mechanical Design INTRODUCTION Materials Selection Without Shape (1/2) Textbook.

DFMA Paradigms as Applied to the Warring Juicer DFMA ME-6960 Presented by Team Alpha April Instructor Dr. A.K.Balaji.

Designing for Stiffness

Modeling of CNT based composites: Numerical Issues

Structures and stress BaDI 1.

Structure Analysis of 6061-T651 Aluminum Bridge Team Blackboard Mechanical Engineering University of Rochester Team Blackboard Department of Mechanical.

New-Product Development and Product Life-Cycle Strategies

EXAMPLE 4 Solve proportions SOLUTION a x 16 = Multiply. Divide each side by 10. a x 16 = = 10 x5 16 = 10 x80 = x8 Write original proportion.

Materials Composites. Introduction The major problem in the application of polymers to engineering is their low stiffness and strength compared to steel.

Projects CE 311K Introduction to Computer Methods.

Proprietary and Confidential © ORIGINATE VENTURES 2010 Business Plan.

Chapter 9 Numerical Integration Numerical Integration Application: Normal Distributions Copyright © The McGraw-Hill Companies, Inc. Permission required.

EXAMPLE 2 Using the Cross Products Property = 40.8 m Write original proportion. Cross products property Multiply. 6.8m 6.8 = Divide.

Chapter 5 Vibration Analysis

Development Processes and Organizations

EXAMPLE 3 Solve an equation by factoring Solve 2x 2 + 8x = 0. 2x 2 + 8x = 0 2x(x + 4) = 0 2x = 0 x = 0 or x + 4 = 0 or x = – 4 ANSWER The solutions of.

TAFE NSW -Technical and Further Education Commission ENMAT101A Engineering Materials and Processes Associate Degree of Applied.

Prototyping: “The Design Process”. The Problem The design process begins when a solution to a problem is needed. At other times the engineer may change.

Application of Advanced Composites to Helicopter Structures Design for Manufacturing Nothing can replace hands on shop experience as a prerequisite to.

Substitute 0 for y. Write original equation. To find the x- intercept, substitute 0 for y and solve for x. SOLUTION Find the x- intercept and the y- intercept.

Substitute 0 for y. Write original equation. To find the x- intercept, substitute 0 for y and solve for x. SOLUTION Find the x- intercept and the y- intercept.

Concept Evaluation/Selection Dept. of Aerospace Engineering IIT Bombay AE 207 Introduction to Engineering Design.

Names: _______________________________________________________ Block: _______ Manufacturing Project Prototype: 4321 Function of Prototype Prototype functions.

Slide 1 Mixed Model Production lines  2000 C.S.Kanagaraj Mixed Model Production Lines C.S.Kanagaraj ( Kana + Garage ) IEM 5303.

Introduction to Business © Thomson South-Western ChapterChapter Production and Business Operations Types of Production Production Planning.

ME/MECA 238A - Mechanical/Mechatronic Design Project I

Engineering Design Dein Shaw. Chapter 1 Introduction What is design?

Engineering Materials Dr. Berlanty Iskander. Types of Materials.

1 Title Slide (Name of your business) Names of students in groups Date of presentation Company logo, image, or photo 1-sentence summary of your business.

Shape Finder Appendix Thirteen. Training Manual Shape Finder August 26, 2005 Inventory # A13-2 Chapter Overview In this chapter, using the Shape.

By yalman ansari.  positive-corporate-culture-shift/

Basic Organization Designs Where We Are Part 1 Introduction Part 2 Planning Part 3 Organizing Part 4 Leading Part 5 Controlling Part.

Solving Systems of Equations: The Elimination Method Solving Systems of Equations: The Elimination Method Solving Systems of Equations: The Elimination.

Forging new generations of engineers. Factors of Design and Safety.

Engineering H193 - Team Project Gateway Engineering Education Coalition P. 1 Spring Quarter Final Report – An Overview Week 4 Day 2.

EXAMPLE 1 Solve by equating exponents Rewrite 4 and as powers with base Solve 4 = x 1 2 x – 3 (2 ) = (2 ) 2 x – 3x – 1– 1 2 = 2 2 x– x + 3 2x =

Design & Manufacture (Craft & Design)  What is Design & Manufacture?  In the Curriculum for Excellence Design & Manufacture is the new title for what.

Chapter 2: Development process and organizations

MITM743 Advanced Project Management Dr. Abdul Rahim Ahmad Assoc. Professor College of IT, UNITEN Kerzner Chapter 10&14 Cluture and Behavioral Excellence.

Overview Participants manufacture a marketable desktop organizer. The team submits a documentation portfolio of the activities and the product made during.

1 Slides used in class may be different from slides in student pack Chapter 4 Product Design/Development  Product Definition  Typical Phases of Product.

Finding Optimal Solutions to Cooperative Pathfinding Problems Trevor Standley Computer Science Department University of California, Los Angeles

Carbon-Carbon Compoistes What are carbon-carbon composites? Carbon - Carbon composites have carbon fibers in carbon matrix.

New Product Development Management NPDM 6 Mohsen SADEGHI Department of Graduate School of Management and Economics Sharif University of Technology.

The Practice of Statistics, 5th Edition Starnes, Tabor, Yates, Moore Bedford Freeman Worth Publishers CHAPTER 11 Inference for Distributions of Categorical.

1 / 14 CS 425/625 Software Engineering Software Change Based on Chapter 27 of the textbook [SE-6] Ian Sommerville, Software Engineering, 6 th Ed., Addison-Wesley,

Project Overview  Introduction  Clawbot Build  Design Modification  Design Development  Programming  Sensors  Advanced Sensors  Open design challenges.

Slide 1 Material Handling Equipment Selection  2000 Rahul S. Deshpande Material Handling Equipment Selection.

Entrepreneurship What is Entrepreneurship?. Did You Know? You have endless opportunities.

MIT and James Orlin © The Geometry of Linear Programs –the geometry of LPs illustrated on GTC.

Project Overview Introduction Clawbot Build Design Modification

Introduction to Mechanical Engineering Design

Title Slide (Name of your business)

Mass Traffic Attack Video 4

The Perfect Business Plan.

Design Quality (30%) - 6slides Explain your key concept? (2slides)

Introduction to Business Studies

Project Overview Introduction Clawbot Build Design Modification

Update Requirement Package

Introduction to Biosimilars

Carbon-Carbon Compoistes

Pitch deck Project Alpha

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

Motion and Force. Motion and Force On page 36 of your notebook, prepare Cornell Notes with these questions: What does the word net mean? Net force.

Chapter 2: Development process and organizations

EXAMPLE 4 Solve proportions Solve the proportion. ALGEBRA a x 16

Chapter 4 Material Property Charts

[Optional: Insert your company logo]

Presentation transcript:

DFMA Paradigms as Applied to the Swingline 747 Stapler Presented by, Team Alpha

Overview Introduction to DFMA. Stapler Properties/Specifications. Material Selection. Manufacturing Processes. Assembly Analysis. Conclusions. Questions.

INTRODUCTION

Product Specifications

DFMA as Applied For Material Selection

MATERIAL SELECTION

Intuitive Method For Material Selection First best material Same Material For Same Part Problem solving material selection Searching material selection The material is selected among the few materials the design engineer is familiar with. A property has given rise to problems. A new material is chosen in the same group of material with a higher value of the property. The designer takes more or less randomly into account one requirement at the time.

Drawbacks with Intuitive Methods Important requirements have often given rise to failures in operation. First solution at hand is taken which is not very likely to be good solution. The solution is typically far from the optimum giving the part poor competitiveness.

Major Material Properties Which Influence Material Selection Young's Modulus and Specific Stiffness Strength Toughness Density Cost

Manufacturing Process

Which Manufacturing Paradigms to Use

Market size Large Market Type Market niches Mass production static Several Yes Product improvement No Concurrent Evolving product family Concurrent Product family

Manufacturing Processes

The Upper Arm Step: 1

The Upper Arm Step: 2

The Upper Arm Step: 3

The Upper Arm Original Design Modified Design

Staple Slide Original Design Modified Design

Upper Staple Guide Original Design Modified Design

cute jenn03a001. jpg jenn03a002. jpg jenn03a003. jpg jenn03a004 cute jenn03a001.jpg jenn03a002.jpg jenn03a003.jpg jenn03a004.jpg jenn03a005.jpg jenn03a006.jpg jenn03a007.jpg jenn03a008.jpg jenn03a009.jpg jenn03a010.jpg jenn03a011.jpg jenn03a012.jpg jenn03a013.jpg jenn03a014.jpg jenn03a015.jpg jenn03a016.jpg jenn03a017.jpg jenn03a018.jpg jenn03a019.jpg jenn03a020.jpg jenn03a021.jpg jenn03a022.jpg jenn03a023.jpg jenn03a024.jpg jenn03a025.jpg jenn03a026.jpg jenn03a027.jpg jenn03a028.jpg jenn03a029.jpg jenn03a030.jpg jenn03a031.jpg jenn03a032.jpg jenn03a033.jpg jenn03a034.jpg jenn03a035.jpg jenn03a036.jpg Page: 1 2

Assembly Process

Handling Times Data Table

CONCLUSIONS DFMA Paradigms Material Selection Manufacturing Assembly Overall Summary

Questions