Replacement of Vehicle Bridge over Spring Creek Centre County, PA

Slides:

Advertisements

Similar presentations

BRIDGE BUILDING ASSIGNMENT 1.Work with a partner to construct 1 bridge. 2.Last Module Partner. 3.Draw a full size truss pattern from one of the six truss.

Advertisements

Caltrans, District 11 LAUREL STREET OVERCROSSING 1/16/2014.

Actions and Retrofit of Post Earthquake-Damaged Bridges

B RIDGE D ESIGN P ROJECT Me 35a Fall STEP – 1 The required file and the instruction sheet is uploaded on the course website

Characteristics of Three Bridge Types

The Effect of Bridge Design on Weight Bearing Capacity

1 Design and drawing of RC Structures CV61 Dr. G.S.Suresh Civil Engineering Department The National Institute of Engineering Mysore Mob:

Chapter 34 Bridge Construction.

POWERPOINT PRESENTATION

Physical Graphical Mathematical Statistical

Bridge Report By Jenny. Gina. Eunji. Matt Team 5.

Hawaii Section PGF 2014 STUDENT OUTREACH Popsicle Stick Bridge Competition September 22, 2014 Glenn Miyasato ASCE Hawaii Section.

There are more than 500,000 bridges in the United States!

Bridge Structure Types and Components. BRIDGE STRUCTURE TYPES AND COMPONENTS TECHNICAL STANDARDS BRANCH INTRODUCTION TO BRIDGES TRANSPORTATION Slide 2.

2.4.1 Structural design and Bridge Construction

 Dennis H. Mahan Memorial Bridge  Project ID: 00055A-  Iteration #32 (Thu, 7 Feb 2013, 10:42:45)  Type of CostItemCost CalculationCost  Material.

MEGA STRUCTURES BRIDGES

Much of the material from: COL Stephen Ressler, P.E., Ph.D.

A Bridge Too Plain To Be Original

Spaghetti Bridges The Pasta Sensations! Take a look at some designs…….

Bridge Design and Construction

The Waddell A-Truss Bridge

Engineering & Beyond Workshop 2005 Civil Engineering Civil, Construction and Environmental Engineering Department.

Critical Thinking in Engineering Process

Group N Chris Jones Ella Feekins Nikoline Hong

Bridge Building.

Bridge Project Problem Definition: Design a Bridge to span a given distance while supporting a maximum load using a minimum materials.

Bridges Vocabulary. Bridge  A structure used to help people cross valleys, rivers and bodies of water.

Bridging the Gap: Building Bridges 101, It Is Time to Get To Work

Discover Engineering ENGR 096

Open the software and click “close” after reading the tip. The screen below will come up. You may want to load a sample bridge design for starters. You.

Tom Canfield Engineering Technologies and Design POE Medina County Career Center 1/3/2011.

ENGR 211 Bridge Design Project

By Dane Wrye Ben Ghusn Stem Lab.

PLAN Square Base Plate, A1, in2 Finding Size of Plate ( __in x __in) FINDING THICKNESS OF PLATE (__in) Square Concrete Pedestal, A2, in2 Basic Sizing of.

Engineers and bridges. Just the facts The four main factors are used in describing a bridge. By combining these terms one may give a general description.

Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design EDGSN 100 Section 001 Team Armadillo.

Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design EDGSN 100 Section 002 The Bleeding.

Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design EDGSN 100 Section 001 Team Money.

Bridge Engineering (2) Bridge Forms 1. *Introduction 1.1 Beam bridges (Dongming YR Brdg)Dongming YR Brdg 1.2 Arch BridgesArch Bridges 1.3 Cable-supported.

SUSTAINABLE CONSTRUCIONAL STEEL SOLUTIONS INNOVATIONS IN BUILDING WITH STEEL SECTIONS ArcelorMittal - Commercial Sections Georges Axmann | Head of Technical.

Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design EDGSN 100 Section 002 G4 Design.

The Waddell A-Truss Bridge

Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design EDGSN 100 Section Girls 1.

LOI # Pilot Program Design & Related Services for Development of Accelerated Bridge Construction Standards & Pilot Bridge Construction.

Types of Bridges Images Forces Acting on Bridges

Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design: EDGSN 100 Section 002 Team Ultra-Truss.

Replacement of Vehicle Bridge over Spring Creek

BRIDGE BUILDING ASSIGNMENT

Replacement of Vehicle Bridge over Spring Creek

Design Project #1 Prof. Berezniak Presented to: Spring 2017

Replacement of Vehicle Bridge over Spring Creek

Understanding Structural Engineering

Discover Engineering ENGR 096

Replacement of Vehicle Bridge over Spring Creek

Ben, Jonathan, Mason, Kambriea Design Team 1

BRIDGE BUILDING ASSIGNMENT

Replacement of Vehicle Bridge over Spring Creek

Replacement of Vechicle Bridge over Spring Creek Centre County, PA

Bridge Construction Mr. Banks.

Introduction to Engineering Design

Replacement of Vehicle Bridge over Spring Creek

Replacement of Vehicle Bridge over Spring Creek

Problem Definition: Design a Bridge to span a given distance while supporting a maximum load using a minimum materials. Bridge Project.

Replacement of Vehicle Bridge over Spring Creek

Q7. ____________________have short spans usually less than 250 feet.

Bridge Project Problem Definition: Design a Bridge to span a given distance while supporting a maximum load using a minimum materials.

Replacement of Vehicle Bridge over Spring Creek

Bridge Project Problem Definition: Design a Bridge to span a given distance while supporting a maximum load using a minimum materials.

Presentation transcript:

Replacement of Vehicle Bridge over Spring Creek Centre County, PA Design Project #1 Replacement of Vehicle Bridge over Spring Creek Centre County, PA Introduction to Engineering Design EDGSN 100 Section 001 Team Stratton Oakmont Team 5 Neil Tufano Jeff Irwin John Seidts Dapo Omotoba Presented to: Prof. Berezniak Spring 2017

Statement of the Problem 100-Year flood Centre County, PA Emergency services cut off

Project Objective

Required Design Criteria Deck span of 40 meters 20 meters high .23 meter thick medium strength concrete Must be Howe/Warren

The Technical Approach Phase 1: Economic Efficiency Engineering Encounters Bridge Design 2016 (EEBD 2016) Simulated load software Calculated various costs

The Technical Approach Phase 2: Structural Efficiency 60 popsicle sticks maximum Elmer’s Glue Hot Glue

The Results Phase 1: Economic Efficiency Dennis H. Mahan Memorial Bridge Project ID: 00002A- Iteration #189 (Fri, 10 Feb 2017, 08:58:21) Type of Cost Item Cost Calculation Cost Material Cost (M) Carbon Steel Solid Bar (16507.6 kg) x ($4.30 per kg) x (2 Trusses) = $141,965.62 Carbon Steel Hollow Tube (1452.7 kg) x ($6.30 per kg) x (2 Trusses) = $18,303.84 Connection Cost (C) (22 Joints) x (400.0 per joint) x (2 Trusses) = $17,600.00 Product Cost (P) 2 - 60x60 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 65x65 mm Carbon Steel Bar (%s per Product) = $1,000.00 1 - 80x80x4 mm Carbon Steel Tube (%s per Product) = $1,000.00 3 - 90x90 mm Carbon Steel Bar (%s per Product) = $1,000.00 3 - 100x100 mm Carbon Steel Bar (%s per Product) = $1,000.00 1 - 100x100x5 mm Carbon Steel Tube (%s per Product) = $1,000.00 6 - 110x110 mm Carbon Steel Bar (%s per Product) = $1,000.00 4 - 120x120 mm Carbon Steel Bar (%s per Product) = $1,000.00 6 - 120x120x6 mm Carbon Steel Tube (%s per Product) = $1,000.00 6 - 130x130 mm Carbon Steel Bar (%s per Product) = $1,000.00 1 - 130x130x6 mm Carbon Steel Tube (%s per Product) = $1,000.00 5 - 140x140 mm Carbon Steel Bar (%s per Product) = $1,000.00 1 - 150x150 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 160x160x8 mm Carbon Steel Tube (%s per Product) = $1,000.00 Site Cost (S) Deck Cost (10 4-meter panels) x ($4,700.00 per panel) = $47,000.00 Excavation Cost (19,400 cubic meters) x ($1.00 per cubic meter) = $19,400.00 Abutment Cost (2 standard abutments) x ($5,500.00 per abutment) = $11,000.00 Pier Cost No pier = $0.00 Cable Anchorage Cost No anchorages = $0.00 Total Cost M + C + P + S $160,269.46 + $17,600.00 + $14,000.00 + $77,400.00 = $269,269.46 Dennis H. Mahan Memorial Bridge Project ID: 00002A- Iteration #112 (Fri, 3 Feb 2017, 09:36:48) Type of Cost Item Cost Calculation Cost Material Cost (M) Carbon Steel Solid Bar (14881.9 kg) x ($4.30 per kg) x (2 Trusses) = $127,984.48 Carbon Steel Hollow Tube (714.8 kg) x ($6.30 per kg) x (2 Trusses) = $9,006.78 Connection Cost (C) (26 Joints) x (400.0 per joint) x (2 Trusses) = $20,800.00 Product Cost (P) 5 - 45x45x2 mm Carbon Steel Tube (%s per Product) = $1,000.00 4 - 65x65 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 75x75 mm Carbon Steel Bar (%s per Product) = $1,000.00 1 - 80x80 mm Carbon Steel Bar (%s per Product) = $1,000.00 3 - 90x90 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 100x100 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 100x100x5 mm Carbon Steel Tube (%s per Product) = $1,000.00 4 - 110x110 mm Carbon Steel Bar (%s per Product) = $1,000.00 8 - 120x120 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 120x120x6 mm Carbon Steel Tube (%s per Product) = $1,000.00 10 - 130x130 mm Carbon Steel Bar (%s per Product) = $1,000.00 4 - 140x140 mm Carbon Steel Bar (%s per Product) = $1,000.00 2 - 140x140x7 mm Carbon Steel Tube (%s per Product) = $1,000.00 Site Cost (S) Deck Cost (10 4-meter panels) x ($4,700.00 per panel) = $47,000.00 Excavation Cost (19,400 cubic meters) x ($1.00 per cubic meter) = $19,400.00 Abutment Cost (2 standard abutments) x ($5,500.00 per abutment) = $11,000.00 Pier Cost No pier = $0.00 Cable Anchorage Cost No anchorages = $0.00 Total Cost M + C + P + S $136,991.26 + $20,800.00 + $13,000.00 + $77,400.00 = $248,191.26\

The Results Phase 2: Structural Efficiency

The Best Solution Howe Bridge Warren Bridge

Our Conclusions/Recomendations Greater Structural Efficiency Greater Design Efficiency Overall greater performance Possible design/material changes to further decrease cost Test on a greater scale