'Stagnation pressure' diaporamas de présentation

Non-Adiabatic, Quasi-1-D Flow

884 views • 78 slides

Stagnation Properties

1.72k views • 57 slides

Centrifugal Compressors

Centrifugal Compressors. Classes and comparisons between compressors. Centrifugal Compressors. Principle of Operation Centrifugal compressors consist of stationary casing containing Rotating impeller (imparts a high velocity of air),

2.38k views • 48 slides

AME 436 Energy and Propulsion

AME 436 Energy and Propulsion. Lecture 14 Propulsion 4: Nonideal performance of airbreathing propulsion devices. Outline. Component performance - definitions AirCycles4Propulsion spreadsheet Non-ideal performance Diffuser Compressor Burner Turbine Nozzle Fan Heat loss.

842 views • 40 slides

Experimental Fluid Dynamics and Uncertainty Assessment Methodology

Experimental Fluid Dynamics and Uncertainty Assessment Methodology. S. Ghosh, M. Muste, F. Stern. Table of. Definition & purpose EFD philosophy EFD Process Types of measurements & instrumentation Measurement systems Uncertainty analysis 57:020 Laboratories. Experimental Fluid Dynamics.

403 views • 39 slides

MAE 5380: Advanced Propulsion

464 views • 34 slides

MAE 5380: Advanced Propulsion

365 views • 34 slides

316 views • 31 slides

Introduction to Fluid Mechanics

Introduction to Fluid Mechanics. Bellagio Fountain. Lecture 8 Introduction to Fluid Mechanics Approximate Running Time - 21 minutes Distance Learning / Online Instructional Presentation Presented by Department of Mechanical Engineering Baylor University Procedures:

517 views • 18 slides

Introduction to Fluid Mechanics

Introduction to Fluid Mechanics. Bellagio Fountain. Lecture 8 Introduction to Fluid Mechanics Approximate Running Time - 21 minutes Distance Learning / Online Instructional Presentation Presented by Department of Mechanical Engineering Baylor University Procedures:

204 views • 18 slides

Auto HVAC

Auto HVAC. Frank Faulkenberg David Giles Jimmy Huser Eric Bussh John Snodgrass. Design Specifications. One 8 cm circular entrance (yellow) Three 10cm x 10cm available paths (red) Two 4cm x 3 cm exits (blue) One 4cm x 4 cm exit (blue) Volumetric flow rate of 5.0 m 3 /s

303 views • 14 slides

Lesson 9: Solid Rocket Propulsion Basics

Lesson 9: Solid Rocket Propulsion Basics. Dr. Andrew Ketsdever. Solid Rocket Motors. A solid rocket motor is a system that uses solid propellants to produce thrust Advantages High thrust Simple Storability High density Isp Disadvantages Low Isp (compared to liquids)

350 views • 14 slides

MAE 5391 Lesson 6: Solid Rocket Propulsion

MAE 5391 Lesson 6: Solid Rocket Propulsion. Dr. Andrew Ketsdever. Solid Rocket Motors. A solid rocket motor is a system that uses solid propellants to produce thrust Advantages High thrust Simple Storability High density Isp Disadvantages Low Isp (compared to liquids)

534 views • 14 slides

Lesson 9: Solid Rocket Propulsion Basics

Lesson 9: Solid Rocket Propulsion Basics. Dr. Andrew Ketsdever. Solid Rocket Motors. A solid rocket motor is a system that uses solid propellants to produce thrust Advantages High thrust Simple Storability High density Isp Disadvantages Low Isp (compared to liquids)

486 views • 14 slides