Fundamentals of Transport
Fundamentals
Phenomena_
of Transport
Systems,
Fundamentals
Phenomena_
Properties,
of Transport
and
Systems,
Laws
Phenomena_
Properties,
– Lectureand
Systems,
Notes
Laws
_ Study
Properties,
– Lecture
Material.pdf
and
Notes
Laws
_ Study
– Lecture
Material.pdf
Notes _ Study Material.pdf
Fundamentals of
Transport
Phenomena:
Systems,
Properties, and
Laws – Lecture
Notes / Study
Material
Fundamentals of Transport
Fundamentals
Phenomena_
of Transport
Systems,
Fundamentals
Phenomena_
Properties,
of Transport
and
Systems,
Laws
Phenomena_
Properties,
– Lectureand
Systems,
Notes
Laws
_ Study
Properties,
– Lecture
Material.pdf
and
Notes
Laws
_ Study
– Lecture
Material.pdf
Notes _ Study Material.pdf
, Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf
What separates a system from the environment? The system is the portion of the universe chosen for analysis. The
environment is everything else, separated from a boundary. The
boundary defines where interactions of mass, energy, and momentum
occur.
Distinguish between intensive (intrinsic) and Intrinsic properties are independent of system size (pressure,
extensive (extrinsic) properties and give examples temperature, density, viscosity, diffusivity).
of each.
Extrinsic properties depend on system size (mass, volume, heat,
momentum charge). Only extrinsic properties can flow across
boundaries.
Distinguish between macroscopic and microscopic Microscopic approach: analyzes at particle level, small scale
approaches to transport problems. Which phenomena.
independent variables will not appear in
macroscopic problems? Which transport Macroscopic: considers averages over many particles.
mechanisms do not appear in macroscopic
problems? Macroscopic problems exclude particle position, velocity, momentum,
time headway, distance headway.
Random molecular motion, particle collisions, and intermolecular forces
are not included.
Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf
Fundamentals
Phenomena_
of Transport
Systems,
Fundamentals
Phenomena_
Properties,
of Transport
and
Systems,
Laws
Phenomena_
Properties,
– Lectureand
Systems,
Notes
Laws
_ Study
Properties,
– Lecture
Material.pdf
and
Notes
Laws
_ Study
– Lecture
Material.pdf
Notes _ Study Material.pdf
Fundamentals of
Transport
Phenomena:
Systems,
Properties, and
Laws – Lecture
Notes / Study
Material
Fundamentals of Transport
Fundamentals
Phenomena_
of Transport
Systems,
Fundamentals
Phenomena_
Properties,
of Transport
and
Systems,
Laws
Phenomena_
Properties,
– Lectureand
Systems,
Notes
Laws
_ Study
Properties,
– Lecture
Material.pdf
and
Notes
Laws
_ Study
– Lecture
Material.pdf
Notes _ Study Material.pdf
, Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf
What separates a system from the environment? The system is the portion of the universe chosen for analysis. The
environment is everything else, separated from a boundary. The
boundary defines where interactions of mass, energy, and momentum
occur.
Distinguish between intensive (intrinsic) and Intrinsic properties are independent of system size (pressure,
extensive (extrinsic) properties and give examples temperature, density, viscosity, diffusivity).
of each.
Extrinsic properties depend on system size (mass, volume, heat,
momentum charge). Only extrinsic properties can flow across
boundaries.
Distinguish between macroscopic and microscopic Microscopic approach: analyzes at particle level, small scale
approaches to transport problems. Which phenomena.
independent variables will not appear in
macroscopic problems? Which transport Macroscopic: considers averages over many particles.
mechanisms do not appear in macroscopic
problems? Macroscopic problems exclude particle position, velocity, momentum,
time headway, distance headway.
Random molecular motion, particle collisions, and intermolecular forces
are not included.
Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf Fundamentals of Transport Phenomena_ Systems, Properties, and Laws.pdf
