'Gear ratio' diaporamas de présentation

Gear-Motors Time to Speed & Location

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Power Generation for the Better Water Maker: Subsystems Design Review October 29, 2013

Power Generation for the Better Water Maker: Subsystems Design Review October 29, 2013. Agenda . Concept Selection Treadle Bike Subsystems Engineering Requirements Proof of Concept Budget/Cost Analysis Project Plan to DDR. Problem Statement.

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Advanced Drivetrain Calculations

Advanced Drivetrain Calculations. John E. V-Neun, Team 229 John A. Neun, P.E., Team 20. Goals for this Session. Foundation for Gearbox Design Review principles in drivetrain design Examine trade-offs Formulas for modeling and design Sample Calculation. Prerequisites.

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Forging new generations of engineers

Forging new generations of engineers. GEARS. Identify parts of the gear trainer Identify gears Identify gear terminology Identify tooth terminology Identify gear purpose Determine RPM Determine torque. Presentation Objectives. Gear Trainer. What is a Gear?. A gear is a toothed wheel.

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AME 436 Energy and Propulsion

AME 436 Energy and Propulsion. Lecture 6 Unsteady-flow (reciprocating) engines 1: Basic operating principles, design & performance parameters. Outline. Classification of unsteady-flow engines Basic operating principles Premixed-charge (gasoline) 4-stroke

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Forza Motorsport

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Prediction of Vehicle Performance Part 2 Acceleration Time and Distance

Prediction of Vehicle Performance Part 2 Acceleration Time and Distance. Acceleration Characteristics. Acceleration Characteristics of A passenger car with A three speed manual transmission. Operating Fuel Economy Characteristics of a gasoline engine.

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Mechanisms

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Gear ratios

Gear ratios. OBJECTIVES. To understand and calculate gear ratios To understand and demonstrate the relationship of torque and rotational speed To understand and properly express the relationship between the driving and driven gears.

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V E X Arms

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Solar Sprint Solar Racers

Solar Sprint Solar Racers. Understanding Gears. What are gears? What do they do?. Pre-lesson quiz. What is a gear? List as many examples as you can of gears or objects that use gears. Pre-lesson quiz Answers. What is a gear?

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C omputer A ided D esign

Using software for better designs. C omputer A ided D esign. Rob Stehlik , Crescent School (Team 610 ) rstehlik@crescentschool.org. Agenda. Which CAD program is best? More than pretty pictures The value of 2D 3D parts and assemblies Design tips Demo: Gearbox design Resources.

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Radio Controlled Jeep

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INST 6150 Communication Instruction and the Learning Process

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Gear Activity

Gear Activity. Gear Ratio. Gear ratio is the speed of a gear multiplied by the number of cogs, or teeth, in that gear as compared to the speed and number of cogs of a second gear driven by the first one Gear Speed 1 (GS1) x Cogs Gear 1 (CG1) = Gear Speed 2 (GS2) x Cogs Gear 2 (CG2).

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Compound Gear Ratios

Compound Gear Ratios. Teacher Professional Development Spring, 2002. Robotics Academy 2002. All Rights Reserved. Simple Gear Ratio. You know how to compute the gear ratio of a single pair of gears. 40 teeth. 8 teeth. Gear ratio = 40 to 8 or, simplifying, 5 to 1. Compound Gear Ratio.

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Gears

Gears. Gear Types. Spur Gears (90% efficiency) . Helical / Double Helical (80% efficiency). Unequal Wheel Resistance . Equal Wheel Resistance . Differential Gearing . Rack and Pinion (90% efficiency). Worm and Pinion (70% efficiency) . Epicyclic or Planetary Gears

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ENGR100

ENGR100. Class Wrap up Feng-Ju Hsieh. Water Tower Project. Engineering Design Process Assumption Material Limits? IBM-Think APPLE-Think Different. Bridge Project. Bridge Type Force Analysis: Tension vs Compression How to do Teamwork, Time line? Component Test. Simulation Software

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MICE Installation and Commissioning meeting RAL, 13 June 2007 Diffuser - Gear design. Joe Tacon - Oxford University

MICE Installation and Commissioning meeting RAL, 13 June 2007 Diffuser - Gear design. Joe Tacon - Oxford University. Gear Box Speeds and ratios: Gear Box 1:. Gear Box 1: Finger Main Rotation: Input Speed: 200 RPM Input Torque: 3 Nm Output Speed: 0.33 RPM (1 turn every 3 minutes)

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GROpt.m (1)

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