ME 462 Capstone Design Group Members: Kelly Moore, Bart Sudhoff, Danny Compton, Katie Iaizzo, Mary Croucher Advisors: Dr. Jie Chen and Dr. Roger Knutson.

Slides:



Advertisements
Similar presentations
Design of Steel and Composite-Structures for Seismic Loading – Safety Requirements, Concepts and Methods – Prof. Dr.-Ing. Ekkehard Fehling, University.
Advertisements

Basic structural theory. Statics Things dont continue to move if forces are resisted – Static Equilibrium What resists the force? Equal and opposite Reaction.
Formula 1 Group Members: Quinn Collett Steve Godlewski Tobiah Halter Jeff Swanson Academic Advisor: Dr. Chien Wern June 4, 2003.
Reinforced Concrete Design-8
Advanced Flexure Design COMPOSITE BEAM THEORY SLIDES
PCI 6 th Edition Handbook History. Presentation Outline PCI history Notable modifications to the 6 th Edition General chapter by chapter overview.
Faculty Advisor: Dr. Han P. Bao Group Leader: Parker Harding Group Members: Christina Toroc Hunter Hughes Deborah C. McHugh.
FEA of Wind Turbine Tower Martin Knecht. The Problem FEA modeling of a wind turbine tower. Analysis: –Stress –Deflection Want to prevent –Yielding –Excessive.
1 Design and drawing of RC Structures CV61 Dr. G.S.Suresh Civil Engineering Department The National Institute of Engineering Mysore Mob:
ONE-WAY SLAB. ONE-WAY SLAB Introduction A slab is structural element whose thickness is small compared to its own length and width. Slabs are usually.
Wind Turbine Towers for Greater Hub Heights Why higher wind turbine tower can contribute to increase energy output? Energy output is proportional to the.
Major Diameter: The largest diameter of the thread Minor Diameter: The smallest diameter of the thread Pitch: Distance between two threads (mm) or no of.
Designing for Stiffness
Chapter 5 Fatigue.
M.E. 462 Capstone Design I.U.P.U.I. Spring 2007 Bishop Steering: 1970 Lotus Europa Front Axle Re-design Aaron Emmons Phil Palmer Brad Holtsclaw Adam Spindler.
Team Flying Sheep Engineering Analysis Mark Berkobin John Nevin John Nott Christian Yaeger Michelle Rivero.
Introduction – Concept of Stress
ENGR 225 Section 1.3 – 1.6.
CM 197 Mechanics of Materials Chap 20: Connections
Structure Analysis of 6061-T651 Aluminum Bridge Team Blackboard Mechanical Engineering University of Rochester Team Blackboard Department of Mechanical.
CM 197 Mechanics of Materials Chap 14: Stresses in Beams
Team K-TRON Team Members: Ryan Vroom Geoff Cunningham Trevor McClenathan Brendan Tighe.
CON 4003, CVE 4073, CVE 5073 Construction Estimating Prof R. V. Locurcio, PE.
ENGR 225 Section
Static and Fatigue Bolt Design
Screws, Fasteners, and the Design of Nonpermanent Joints
Introduction – Concept of Stress
Composite Beams and Columns
By PARIKH KALPESH. Overview Introduction Structural evaluation of the bridge deck, girders, abutment, and piers Recommended non destructive tests Short.
Front Suspension Greg Habiak, Nicole Simon, Joe Vuto.
Design Group: Wei-Yuan Chu Adrian Conrad Thomas Hylton Scott Jean Nicholas Metzger IUPUI Faculty Advisor: Dr. Jie Chen Rolls-Royce Advisor: Timothy Fuesting.
Fatigue in Concrete Structures Raquib Ahsan, Ph.D. Professor Department of Civil Engineering BUET.
Mechanical Engineering Analysis. Material Selection Process WoodStainless Steel HDPEAluminumPTFE Cost Machinability Strength Durability
Mechanics of Materials – MAE 243 (Section 002) Spring 2008
George F. Limbrunner and Leonard Spiegel Applied Statics and Strength of Materials, 5e Copyright ©2009 by Pearson Higher Education, Inc. Upper Saddle River,
MECHANICS OF MATERIALS Third Edition Ferdinand P. Beer E. Russell Johnston, Jr. John T. DeWolf Lecture Notes: S.A.A.Oloomi CHAPTER © 2006 Islamic Azad.
CON 4003 Construction Estimating Prof R. V. Locurcio.
LAT-TD GLAST LAT Project 1x4 Grid Lift Fixture Weld Analysis September 19, 2003 Youssef Ismail.
MECHANICS OF MATERIALS Fourth Edition Ferdinand P. Beer E. Russell Johnston, Jr. John T. DeWolf Lecture Notes: J. Walt Oler Texas Tech University CHAPTER.
Introduction – Concept of Stress
Overview of Mechanical Engineering for Non-MEs Part 2: Mechanics of Materials 6 Introduction – Concept of Stress.
Chapter 43 Common Commercial Construction Materials.
Brad Oliver – Structural Option Advisor – Professor Memari.
Fordham Place Bronx, NY Aric Heffelfinger Structural Option Spring 2006.
Strength of Material-1 Introduction. Dr. Attaullah Shah.
REVIEW LECTURE #1 KNOWLEDGE BASE REQUIRED: STRENGTH OF MATERIALS
CON 4003 Construction Estimating Prof R. V. Locurcio.
6- Calculation of shear stress at composite interface: A)Under service load: Strain and stress distributions across composite beam cross- section, under.
DESIGN OF COLUMN BASE PLATES AND STEEL ANCHORAGE TO CONCRETE Elena Papadopoulos ENCE 710 Spring 2009.
Engineering Analysis October 23, 2006 Team Moondogs Chris Culver Rahul Kirtikar Elias Krauklis Christopher Sampson Michael Widerquist.
Beam Design Beams are designed to safely support the design loads.
PROBLEM # 2 SQUARE HSS Page # 4-52.
Bicycle Wrench Analysis
Presented to: By: Date: Federal Aviation Administration RPD 151 (RPA S5.1) Evaluation of In-Pavement Light Fixture Designs and Performance REDAC Subcommittee.
MECHANICS OF MATERIALS Fifth SI Edition Ferdinand P. Beer E. Russell Johnston, Jr. John T. DeWolf David F. Mazurek Lecture Notes: J. Walt Oler Texas Tech.
CIVI 6061-Strengthening of bridges using FRP
Russell Foundation Monorail Support System
Introduction – Concept of Stress
Concept of Stress.
Design of a Solar Tracker
Industrial Skills Fasteners & Hardware.
1.6 Allowable Stress Allowable Load < Failure Load
Structure I Course Code: ARCH 208 Dr. Aeid A. Abdulrazeg
Introduction – Concept of Stress
Structure I Course Code: ARCH 208 Dr. Aeid A. Abdulrazeg.
ActivRACTM 30P Mobilized Storage System
CONNECTION Prepared by : Shamilah
Concept of Stress.
Bicycle Wrench Analysis
Tutorial.
Presentation transcript:

ME 462 Capstone Design Group Members: Kelly Moore, Bart Sudhoff, Danny Compton, Katie Iaizzo, Mary Croucher Advisors: Dr. Jie Chen and Dr. Roger Knutson 12 Decmeber 2007

Introduction Background Design Objectives Material Selection Cost Evaluation Concept Design Product Evaluation Conclusion Recommendations Answer Questions

Russell Foundation Founded By Bishop Michael Russell and his Father In 2003 Faith Based Community Development Organization Renders Self-sufficiency Programs to Help Stabilize Families and Communities Provides Jobs for Local Communities Environmentally Friendly Initiatives

Reasons For Design Reduce Traffic Congestion around Chicago-Indiana Area Provide High Speed Transportation Create Jobs in Indiana Pioneering Environmentally Friendly Mass Transit Solutions

Preliminary Design

Customer Requirements Travel 75 MPH Support Renewable Energy Source Easy Assembly Easy Maintenance Smooth Rail Transition Appearance Support 160,000 lb load Minimize Stopping Time Minimize Cost Minimize Environmental Effects

Engineering Requirements Minimize Resistance (Rail) Maximize Allowable Stress (Structure) Equipment Hours Labor Hours Minimize Rail Height Difference Public Appearance Rating Maximize Allowable Stress (Rail) Maximize Allowable Stopping Force Minimize Cost Minimize Environmental Effects on Material

Column Support Box beam Concrete base Bolted to cross- support

Cross Support Box beam Bolted to column Supports rails

Standard I-Beam W27 x 368 Standard Size Internal height equal to inches Fits standard 22 inch tire diameter

Column Support Assembly All parts bolted and welded

Full Assembly

Types of Steel Two common types used: ASTM A992 and ASTM 588 More common steel types reduce cost High strength, low alloy steel, which used recycled metals Saves on cost of manufacturing Environmentally friendly

Physical Properties ASTM A588ASTM A992 Contains Chromium for weather resistance Made using 95% recycled material Develops oxide coatingInexpensive 50 ksi yield strength

Structural Steel ASTM A-588ASTM A-992 Price per cwt from Nucor-Yamato Steel $51.10$46.60 Price per 80ft Beam $ $ Price difference per section $512.53

Price Comparison Consider long term maintenance and repair cost Northwestern University experiment A992 corrodes 64% more over time than A588 A992 would last less than half as long as A588 (weathering steel)

Nuts and Bolts QuantityDescriptionUnit Price Total Price 48 Grade 8 Plain Alloy Steel Hex Head Cap Screw 1-1/8"-7 Thread, 6" Length $7.16 Each$ Grade 8 Plain Alloy Steel Hex Head Cap Screw 1-1/8"-7 Thread, 5" Length $6.25 Each$ Grade 8 Plain Steel Hex Nut 1-1/8"-7 Screw Size, 1-11/16" Width, 31/32" Height, Packs of 5 $6.12 Pack$91.80 Total $585.48

Loading (Structure) Deadweight Load 80,000 lbs ( N) per Rail Braking Force 9.8 m/s 2 * 80,000 lbs Fixed Supports Base – Ground Interface Open End Rails

Equivalent Stress (Structure) Maximum 5.53e 7 Pa

Shear Stress (Structure) Maximum 2.81 e 7 Pa

Total Deformation (Structure) Maximum mm Location Mid-span

Factor of Safety (Structure) Minimum 6.15 Location Beam- Near Connection

Fatigue Analysis (Beam)

Loading (Beam) Deadweight load 40,000 lbs per Flange Fixed Supports Open Ends of Beam

Total Deformation (Beam) Maximum 9.5 mm

Fatigue Life (Beam) Minimum 8.03e 5 cycles

Concluding Remarks Our designed is based on the customer requirements and goals of the Russell Foundation. Our designed is based on the customer requirements and goals of the Russell Foundation. The factor of safety meets required limit of 5-7 The factor of safety meets required limit of 5-7 Fatigue life exceeded 8.0 e 5 cycles Fatigue life exceeded 8.0 e 5 cycles A588 steel resists weathering without excessive cost A588 steel resists weathering without excessive cost Single column design minimizes footprint Single column design minimizes footprint Designed to easily integrate renewable energy sources Designed to easily integrate renewable energy sources

Structure Span Length Preliminary Testing Larger Beam 39 in. Interior Beam height Factor of Safety Increased to 9.53 Custom Beam Standard Size Not Available

Project definition packet, Russell Foundation “IndianaFreight and IndianaMonorail,” Roger Knutson; Russell Foundation; Advance Transit Solutions, LLC, May Machinist’s Handbook 12 th Edition, Lang, page 397