'Reaction zone' diaporamas de présentation

LAMINAR PREMIXED FLAMES

LAMINAR PREMIXED FLAMES. OVERVIEW. Applications: Heating appliances Bunsen burners Burner for glass product manufacturing Importance of studying laminar premixed flames: Some burners use this type of flames as shown by examples above

1.23k views • 77 slides

LAMINAR PREMIXED FLAMES

LAMINAR PREMIXED FLAMES. OVERVIEW. Applications: Heating appliances Bunsen burners Burner for glass product manufacturing Importance of studying laminar premixed flames: Some burners use this type of flames as shown by examples above

905 views • 77 slides

Turbulent Combustion

Turbulent Combustion. Outline. Types of Flames Basic Concept of Turbulence Turbulent Flame Flame Stability. Types of Flames. Two basic categories Pre-mixed Non-premixed (Diffusion) Both characterized as Laminar or Turbulent. Premixed.

1.22k views • 34 slides

Turbulent Combustion

Turbulent Combustion. Outline. Types of Flames Basic Concept of Turbulence Turbulent Flame Flame Stability. Types of Flames. Two basic categories Pre-mixed Non-premixed (Diffusion) Both characterized as Laminar or Turbulent. Premixed.

565 views • 34 slides

A NOVEL METHOD FOR DETERMINING CAUSTICS IN CLASSICAL TRAJECTORIES.

295 views • 21 slides

MAE 5310: COMBUSTION FUNDAMENTALS

MAE 5310: COMBUSTION FUNDAMENTALS. Turbulent Premixed and Non-Premixed Flames Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. EXAMPLE: SPARK IGNITION ENGINES.

498 views • 20 slides

COMBUSTION FUNDAMENTALS

COMBUSTION FUNDAMENTALS. Turbulent Premixed and Non-Premixed Flames. EXAMPLE: SPARK IGNITION ENGINES. Even though fuel is introduced as a liquid, spark-ignition engines fuels are highly volatile, and liquid has time to vaporize and thoroughly mix with air before mixture ignited by spark

209 views • 20 slides

Academic Writing

Academic Writing. Lesson 14 June 11, 2013 Lynn Mallory. Learning Targets. To make strong conclusions about a topic using correct grammar. To explain the purposes and parts of an abstract. To analyze an abstract and give advice to the author. Review -- Parts of the Conclusion.

330 views • 16 slides

Detonation Failure during Diffraction

Detonation Failure during Diffraction. Marco Arienti, Joseph E. Shepherd CIT ASCI-ASAP FY01 Research Review October 22-23, 2001. Decoupled detonation in O 2 -H 2 mixture (E. Shultz). cross-sections. j = . 0. density. I. II. mass-fraction.

263 views • 13 slides

Large-scale pattern growth of graphene films for stretchable transparent electrodes

448 views • 10 slides

The Core-Mantle Boundary Region Jeanloz & Williams, 1998

The Core-Mantle Boundary Region Jeanloz & Williams, 1998. Lower mantle. Heat flow. CMB. Outer core. Lower mantle mineralogy. Classical constraints. Bulk composition: observed top-most mantle sample; Peridotitic: 50% olivine + 40% pyroxene + minor phases.

191 views • 9 slides

Gaseous detonation dynamics

Gaseous detonation dynamics. Multiscale and multiphysics problem Some important critical issues Role of turbulence in chemical reaction Prediction of critical parameters Initiation energy Critical diffraction diameter Minimum tube diameter Key computational problems

234 views • 8 slides

Corner Turning with the Ignition & Growth Model A.K. Kapila and D.W. Schwendeman, RPI

260 views • 4 slides

Surface Ageing of Soot Particles

C4E. burner. University of Cambridge. Department of Chemical Engineering. 1 Soot Model. reaction zone. Is t > t stop ?. residence time. 7 th WCCE, Glasgow. 2 Stochastic Algorithm (LPDA). Initialize system. Wait an exponentially-distributed time step and update current time, t. yes.

108 views • 1 slides