Titlebook: Computer Graphics in Geology; Three-Dimensional Co Reinhard Pflug,John W. Harbaugh Conference proceedings 1992 Springer-Verlag Berlin Heide

dry-eye

,Stanford’s sedsim project: Dynamic three-dimensional simulation of geologic processes that affect ct, SEDSIM reproduced flow velocities, fluid depths, bottom shear stresses, and rates of sediment transport comparable to those in natural channels. The results also show that fluid velocities were high near the cut bank of the simulated channel, and that channel deposits occur as fining-upwards sequ

抱狗不敢前

Three-dimensional simulation of littoral transport,deposition. The model simulates wave refraction, wavecurrent interaction, wave set-up, wind, oscillatory wave motion, longshore currents, rip currents, and nearshore sediment transport. Combining these processes into a unified model provides a process-response model that is dynamic in that the effec

alabaster

addict

Landforms developing and basing filing: Three-dimensional simulation of erosion, sediment transportedict the exact patterns of erosion, sediment transport, and deposition that will take place at any time. In practice, however, for the spatial and temporal scales with which the geologist is concerned, macroscopic-level modelling seems more promising. Here such a model is developed, based on the ex

Substitution

一骂死割除

An interactive 3-D modeling system for integrated interpretation in hydrocarbon reservoir explorati three dimensions. To be practical, high-performance 3-D graphics systems and the requisite support software are essential. Integrated data display and editing tools allow interpreters from the various disciplines to view and edit the modle from their unique perspectives..The model representation mu

昏迷状态

Direct geostatistical estimation of irregular 3D volumes,erage grade of quality values for arrays of regular grid squares or blocks. Further, the technology to perform geostatistical analysis and prediction for irregular two-dimensional areas has been available in a practical, readily useable form for some time. However, the generalization of this technol

theta-waves

Three-dimensional predictive deposit modelling based on the linear octree data structure,s to set up efficient models of the geometry of a deposit and of the spatial distributions of continuous properties, e.g. ore grades. Property modelling requires to discretize the 3D space. For this purpose a top-down decomposition is employed that takes into account the number of samples per block.

粉笔

WAIL