'Power required' diaporamas de présentation

Rotorcraft Design I Day Two : Rotorcraft Modeling for Hover and Forward Flight

Rotorcraft Design I Day Two : Rotorcraft Modeling for Hover and Forward Flight. Dr. Daniel P. Schrage Professor and Director Center of Excellence in Rotorcraft Technology (CERT) Center for Aerospace Systems Analysis (CASA) Georgia Institute of Technology Atlanta, GA 30332-0150.

2.29k views • 213 slides

Rotorcraft Design I Day Two : Rotorcraft Modeling for Hover and Forward Flight

Rotorcraft Design I Day Two : Rotorcraft Modeling for Hover and Forward Flight. Dr. Daniel P. Schrage Professor and Director Center of Excellence in Rotorcraft Technology (CERT) Center for Aerospace Systems Analysis (CASA) Georgia Institute of Technology Atlanta, GA 30332-0150.

990 views • 76 slides

MAE 1202: AEROSPACE PRACTICUM

MAE 1202: AEROSPACE PRACTICUM. Introduction to Aircraft Performance: Part 2 April 7, 2008 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. WEEK #12: LABORATORY SESSIONS. Rocket components handed out this week in Thursday/Friday laboratory session:

721 views • 58 slides

MAE 5350: Gas Turbines

MAE 5350: Gas Turbines. Gas Turbine Engines Integrated into Aircraft Performance Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. LECTURE OUTLINE. So far we have focused on characterizing propulsion system

555 views • 52 slides

20.2 Fundamentals

Chapter 20 Fundamentals of Machining/Orthogonal Machining (Part I Review) EIN 3390 Manufacturing Processes Spring, 2012. Variables in Processes of Metal Cutting: Machine tool selected to perform the processes Cutting tool (geometry and material) Properties and parameters of workpiece

576 views • 37 slides

20.2 Fundamentals

Chapter 20 Fundamentals of Machining/Orthogonal Machining (Part I) EIN 3390 Manufacturing Processes Spring, 2011. Variables in Processes of Metal Cutting: Machine tool selected to perform the processes Cutting tool (geometry and material) Properties and parameters of workpiece

623 views • 34 slides

HELICOPTER AERODYNAMICS

HELICOPTER AERODYNAMICS. BASIC DEFINITIONS. Shaft Axis The shaft axis is the axis of the main rotor shaft and about which the blades are permitted to rotate . Axis of Rotation

1.15k views • 25 slides

ITER needs for power threshold to achieve good H-mode

ITER needs for power threshold to achieve good H-mode. R Sartori. Outline. This presentation is based mainly on JET results+ ASDEX Upgrade results presented at this H-mode workshop (F Ryter) What is good confinement in this context (power requirements for ITER)

349 views • 24 slides

CCTV SMART CABLING Twisted Pair Transmission System

CCTV SMART CABLING Twisted Pair Transmission System. Index. Why use UTP Where to use UTP Transmission Comparisons Twisted Pair Transmission Products Application Guides. Why use UTP?. SC&T twisted pair transmission products are designed for CCTV signal

406 views • 23 slides

2-Stroke & Diesel Theory

605 views • 23 slides

Plan of the talk

Presentation On RF Heating By :- Saurabh Kumar Vij University of Delhi, India IPR, Bhat , Near Indira Bridge Gandhinagar , Gujarat. Plan of the talk. RF Heating Why is heating required? Methods of heating the plasma ICRH and Requirements ECRH Results so far Summary. RF Heating.

452 views • 22 slides

WDNS About Density Altitude

WDNS About Density Altitude. Capt Johnson NATOPS Officer. DA Defined. Density altitude is the pressure altitude corrected for temperature and humidity deviations from the standard atmosphere.

192 views • 18 slides

Eddy current modelling for ILC target

Eddy current modelling for ILC target. ILC meeting 31 st Jan- 3 rd Feb 2007 IHEP-Beijing. James Rochford. Modelling ILC target. Short talk on eddy current modelling of ILC disk Outline: Electra modelling of LLB rotating disk experiment To build confidence in Electra code

383 views • 15 slides

Product Overview

153 views • 7 slides

Introduction to Zero Energy Housing

Introduction to Zero Energy Housing. A collaboration of different technologies, appliances, and features used to create a net zero energy use. What is it?. How does it do this?. With appliances like Solar cells High efficiency air conditioners and lighting Energy Star products

178 views • 6 slides

Power factor correction

Power factor correction. It is very common that load (motors, power lines, etc) is inductive, i.e. Q>0. Common practice to bring the power factor to unity is to connect a parallel capacitor across the load, such that Q C =-Q. (the method is easy and need not break the circuit).

387 views • 6 slides

Road Loads

Road Loads. Free body diagram Fundamental relations Power required for road loads. D A. x. h a. Wsin ?. Wcos ?. W/g a x. W. B. h. R xf. z. F xf. R hx. ?. A. R xr. b. h h. R hz. c. F xr. W f. L. d h. W r. Recall vehicle FBD. Road Loads - drag. Road Loads - rolling.

357 views • 6 slides

FLIGHT LESSON 5 - EXERCISE 10a SLOW FLIGHT

FLIGHT LESSON 5 - EXERCISE 10a SLOW FLIGHT. AIRMANSHIP : L kout, Ts & Ps (low airspeed - reduced cooling), height above the surface. Power available. P o w e r. Power required. Slow flight region. Airspeed.

196 views • 1 slides