Department of Mechanical Engineering, IUPUI Me 414 Thermal-Fluid Design Fall 2007

Oct 16, 2012

250 likes | 400 Views

Objective. Design an efficient irrigation system for a given yardCalculate and minimize utility and all other costsMinimize wasted waterCalculate time to deliver one inch of water to the entire yard . Choosing a Sprinkler Head. Chosen based on size, type of spray, and costNeed to spray in a gen

Share Presentation

Embed Code

Link

livi

Download Presentation

Department of Mechanical Engineering, IUPUI Me 414 Thermal-Fluid Design Fall 2007

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

DEPARTMENT OF MECHANICAL ENGINEERING

DEPARTMENT OF MECHANICAL ENGINEERING. Department Summary. No of Programmes Offered: UG – 2 ; PG – 5 and PhD No of faculty members – 39 Number of supporting staff -26 Areas of specialization:

738 views • 24 slides

ME 414 Design Project

Project Goals. Design Heat ExchangerCreate a light weight heat exchangerHeat exchange must be as efficient as possibleCost must be kept low as possibleThe size of the heat exchanger must be under design constraint. Project Guidelines. During the process of a liquid chemical product, its tempera

292 views • 26 slides

ME 414 Thermal

Project Statement Challenges. Challenge of the project to use an oriented and rational process to lead to a justified final design. Challenge of designing and optimizing a heat exchanger to particular qualificationsQualifications:. Tube side fluid is available at 20 C Tube side Mass flow rate i

301 views • 16 slides

ME 3180B - Mechanical Engineering Design - Spring 2005

ME 3180B - Mechanical Engineering Design - Spring 2005. Bearings No.1 Lecture Notes. BEARINGS. Bearing Types: Rolling Element Bearings. BEARINGS. Bearing Types: Sliding / Journal / Plain Bearings. Sliding / Journal / Plain Bearings.

679 views • 42 slides

ME 3180 - Mechanical Engineering Design

ME 3180 - Mechanical Engineering Design . Stresses in Threads Lecture Notes. Stresses in Threads. When nut engages thread , theoretically all threads in engagement should share load In actuality, due to inaccuracies in thread spacing , first pair of threads takes virtually all load

1.08k views • 46 slides

ME 414 Fluid-Thermal System Design

709 views • 37 slides

Department of Mechanical Engineering

Department of Mechanical Engineering. A Seminar Presentation On. SIX STROKE DIESEL ENGINE. CONTENTS. Introduction Types of Six stroke engines Bajulaz Six stroke Diesel engine Dual fuel Six stroke engine Comparison Specifications Features Performance and economy Conclusion.

473 views • 21 slides

ME 414 - Thermal Fluid System Designs

ME 414 - Thermal Fluid System Designs. Heat Exchanger Final Project. Problem statement. Parameters of Heat Exchanger Mass flow rate = 220,000 kg/hr Working fluid is treated as water Working fluid enters at 45 ºC Working fluid exits at 25 ºC Design Limits of Heat Exchanger

465 views • 15 slides

ME 3180 - Mechanical Engineering Design

ME 3180 - Mechanical Engineering Design. Gears Lecture Notes #1 Prof. I. Charles Ume. Why Do We Use Gears ?. Reduce or increase speed Reduce or increase torque Transmit power around corners or over distances We want (at various times) Efficiency Reliability Accuracy Smoothness

359 views • 14 slides

ME 407: Mechanical Engineering Design

ME 407: Mechanical Engineering Design. Electric Motors/Drivers & Their Selection. Assistant Prof. Melik Dölen Department of Mechanical Engineering Middle East Technical University. Outline – Electric Motors*. Classification of Electric Motors Stepper Motors DC Motors Brushless DC Motors

1.02k views • 49 slides

ME- 495 Mechanical and Thermal Systems Lab Fall 2011

ME- 495 Mechanical and Thermal Systems Lab Fall 2011. Chapter 4 - THE ANALOG MEASURAND: TIME-DEPENDANT CHARACTERISTICS Professor: Sam Kassegne. THE ANALOG MEASURAND: TIME-DEPENDANT CHARACTERISTICS. Two types of measurement Static – constant over time Dynamic – varies over time

284 views • 14 slides

Thermal engineering Lab. ， department of Science and Mechanical engineering ， Kansai university

2011 / 01 / 06 - 07 (Thu.-Fri.). Seminar on neutron imaging @KURRI. 中性子ラジオグラフィを用いた円管内沸騰二相流のボイド率定量評価. Quantitative evaluation of void fraction of boiling two-phase flow in a tube using neutron radiography.

441 views • 21 slides

ME 3180B - Mechanical Engineering Design - Spring 2005

ME 3180B - Mechanical Engineering Design - Spring 2005. Example #3 (example 7-26 in text). Example #3 : Problem 6-23 Shigley. Given:

1.32k views • 16 slides

ME- 495 Mechanical and Thermal Systems Lab Fall 2011

ME- 495 Mechanical and Thermal Systems Lab Fall 2011. Chapter 5: MEASURING SYSTEM RESPONSE Professor: Sam Kassegne, PhD, PE. Signal. Response of Measurand?. RESPONSE.

383 views • 21 slides

ME 414 Thermal / Fluid System Design Heat Exchanger Project

Department of Mechanical Engineering. ME 414 Thermal / Fluid System Design Heat Exchanger Project. Professor: John Toksoy 12/13/05. Fall 2005 Final Project. Team Members: Chester Bennett Wilton Green Scott Guttman

553 views • 16 slides

University of Waterloo Department of Mechanical Engineering ME 322 - Mechanical Design 1

University of Waterloo Department of Mechanical Engineering ME 322 - Mechanical Design 1 Partial notes – Part 6 (Welded Joints) (G. Glinka) Fall 2005. 1. Introduction to the Static Strength Analysis of Welded Joints. The structural nature of welded joints Static strength of weldments

1.11k views • 28 slides

ME 3180 - Mechanical Engineering Design

ME 3180 - Mechanical Engineering Design. Example #1. Example #1. Given:

150 views • 3 slides

ME 414 Design Project

ME 414 Design Project. Heat Exchanger Design. Created and Designed by: Michael Stark Joshua Keith Billy Burdette Brandon Mullen Joseph Listerman. Project Goals. Design Heat Exchanger Create a light weight heat exchanger Heat exchange must be as efficient as possible

335 views • 18 slides

HVAC Project ME 414 – Thermal Fluid System Design Professor John Toksoy Final Project

HVAC Project ME 414 – Thermal Fluid System Design Professor John Toksoy Final Project. Team Members: Kaela Hlaulani Prince Bedell William Broaddus Derek Vleck Trever Zike Seth Simonson. Goals. Calculate HDD Furnace on time Number of on-off cycles Heat Loss Correlate Data.

346 views • 16 slides

University of Waterloo Department of Mechanical Engineering ME 322 - Mechanical Design 1

432 views • 28 slides

Department of Mechanical Engineering

Department of Mechanical Engineering. The Mechanical Engineering Program. Presentation by Professor M. V. Otugen. Agenda. Overview What is Mechanical Engineering ? At Polytechnic What is so special about ME program at Poly? Details of the ME Curriculum

326 views • 20 slides

ME- 495 Mechanical and Thermal Systems Lab Fall 2011

ME- 495 Mechanical and Thermal Systems Lab Fall 2011. Chapter 5: MEASURING SYSTEM RESPONSE Professor: Sam Kassegne, PhD, PE. Signal. Response of Measurand?. RESPONSE.

223 views • 21 slides

More Related