'Depth h' presentation slideshows

Chapter 7: Sediment Routing This presentation contains illustrations from Allen and Allen (2005)

Chapter 7: Sediment Routing This presentation contains illustrations from Allen and Allen (2005) And from Press, Siever, Grotzinger and Jordan 4 th Edition (2003). Sediment Routing. Weathering (in situ) Chemical, Physical an Biological Regolith Sediment Yield Patterns Controls

761 views • 60 slides

Monte-Carlo Tree Search

Monte-Carlo Tree Search. Alan Fern . Introduction. Rollout does not guarantee optimality or near optimality It only guarantees policy improvement (under certain conditions) Theoretical Question: Can we develop Monte-Carlo methods that give us near optimal policies?

869 views • 51 slides

L 13 Fluids [2]: Statics ? fluids at rest

476 views • 29 slides

L 13 Fluids [2]: Statics ? fluids at rest

L 13 Fluids [2]: Statics ? fluids at rest. More on fluids at rest How is atmospheric pressure measured? Buoyancy: How can a steel boat float?. x. z. y. x. y. z. w = mg. w = mg. Review: Pressure = force per unit area. Pressure in a fluid increases with depth h.

444 views • 23 slides

Pictorial vs. 3-View

Pictorial vs. 3-View. In Drafting and CAD there are two forms of drawing that are used more commonly than any other forms to get the message of size, shape, locations and dimensions of a part. These two forms are called 3-View and orthographic drawing. Pictorial.

434 views • 14 slides

Chapter 15

Chapter 15. Fluids. Outline. Density Pressure Atmospheric pressure Pressure and depth Applications: barometer Water seeks its own level. Density. Definition of density , ?: The density of a material is defined as the mass per volume . ? = M/V. SI unit: kg/m 3 .

463 views • 11 slides

PRESSURE

PRESSURE . Pressure is force per unit area . The pressure of a given force increases as the surface area decreases. . Applications involving High Pressure. Increasing the pressure by reducing the area A sharp knife has a very small surface area

1.3k views • 11 slides