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Automatic modelling of geological model in 3D
56th EAEG Meeting, 1994The 3D geological modelling is an important field of research [1]. Unfortunately the variety of the input data makes the fully automatic building of geological model difficult. In this abstract we will present a new approach implemented in the GOCAD software (GOCAD is a 3D modeler developped by the computer science department of the Nancy School of ...
Ait Ettajer, Taoufik +1 more
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2021
For very complex models, MatDEM provides the function to build models quickly based on discrete points and digital elevation data. This chapter will use three-dimensional modeling of the Xinmo Village landslide in Mao County as an example to demonstrate how to carry out modeling based on digital elevation. The sample code corresponding to the numerical
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For very complex models, MatDEM provides the function to build models quickly based on discrete points and digital elevation data. This chapter will use three-dimensional modeling of the Xinmo Village landslide in Mao County as an example to demonstrate how to carry out modeling based on digital elevation. The sample code corresponding to the numerical
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2010
It’s time to bring the ideas you’ve learned in the first couple of chapters and develop a model in SketchUp for 3D printing in Shapeways. The goal of this chapter is to get you acquainted with all the basic steps of developing a model for 3D printing.
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It’s time to bring the ideas you’ve learned in the first couple of chapters and develop a model in SketchUp for 3D printing in Shapeways. The goal of this chapter is to get you acquainted with all the basic steps of developing a model for 3D printing.
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2016 International Conference on Bio-engineering for Smart Technologies (BioSMART), 2016
Statistical shape models have become a widely used tool in computer vision and medical image analysis where they are of considerable interest when studying shape variations in anatomical shapes. The objective of this article is to build a 3D statistical shape modeling for a given data; the implemented process goes through those basic steps, first ...
Cherifi, D. +3 more
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Statistical shape models have become a widely used tool in computer vision and medical image analysis where they are of considerable interest when studying shape variations in anatomical shapes. The objective of this article is to build a 3D statistical shape modeling for a given data; the implemented process goes through those basic steps, first ...
Cherifi, D. +3 more
openaire +3 more sources
2016
This chapter summarizes the concept of 3D modeling. In more detail, it covers coordinate transformation for translation and rotation between frames. In addition, several 3D modeling schemes are discussed.
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This chapter summarizes the concept of 3D modeling. In more detail, it covers coordinate transformation for translation and rotation between frames. In addition, several 3D modeling schemes are discussed.
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3D Body Modelling and Applications
2018Human body metrics have become a significant source of product innovation to industries where consumer fit, comfort and ergonomic considerations are key factors. This is especially the case for fashion (e.g. footwear or apparel), health (e.g. orthotics or prosthetics), transport and aerospace (e.g.
S. Alemany +10 more
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Computers & Graphics, 2006
We introduce 3D warp brush, a new method for interactive shape modeling in an immersive virtual reality environment. 3D warp brushes are implicitly defined tools that operate on triangle meshes. We combine the efficiency of explicit mesh representations with intuitive implicit modeling operators.
Kil, Y. J. +5 more
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We introduce 3D warp brush, a new method for interactive shape modeling in an immersive virtual reality environment. 3D warp brushes are implicitly defined tools that operate on triangle meshes. We combine the efficiency of explicit mesh representations with intuitive implicit modeling operators.
Kil, Y. J. +5 more
openaire +2 more sources
2007
Modeling obstructed diffusion is essential to the understanding of diffusion-mediated processes in the crowded cellular environment. Simple Monte Carlo techniques for modeling obstructed random walks are explained and related to Brownian dynamics and more complicated Monte Carlo methods.
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Modeling obstructed diffusion is essential to the understanding of diffusion-mediated processes in the crowded cellular environment. Simple Monte Carlo techniques for modeling obstructed random walks are explained and related to Brownian dynamics and more complicated Monte Carlo methods.
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Modeling of 3D Magnetoelectric Devices
2014International ...
Mininger, Xavier +4 more
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