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Now more than 9 million users worldwide rely on leading 2D and 3D Autodesk technologies for visualization, simulation and analysis at the early stages of design.
Revit is a full - featured solution that combines the capabilities of architectural design, design of engineering systems, building structures, and simulation of construction.
Compatibility with other products allows students work on professional level while developing a project. 4th year students held aerodynamic simulation in Autodesk Flow Design when designing high-rise buildings (Fig.8) Figure 8.
Analyzing Indoor Environment of Minahasa Traditional House Using CFD (2014) Procedia Environmental Sciences, 20, pp. 172-179

Swithenbank, CFD Simulation of a UK Biomass (Straw) Power Plant.

Jun: CFD simulation of gas seepage regularity in goaf.

CFD simulation of refrigerated display cabinets.

Study ofurban thermal environment based on remote sensing and CFD simulation– with summer of Wuhan as an example.

The device model is built using NX8.5 UG 3D software, and is imported into the ICEM CFD ANSYS software.
Conclusions (1) The key technologies of finite element modeling and simulation of impacting process by tidal current are presented, which include the control equation, turbulence model, physical boundary model and other modeling techniques

CHEMKIN is a very powerful package to solve complex chemical reaction, commonly used in simulation of combustion process, catalytic process, chemical vapor deposition, plasma and other chemical reaction.
It provides a feasible way for CFD calculation.

Differ from wake in deep water, where the transverse body dimension D is usually small compared with the water depth H and the flow characteristics are determined mainly by the Reynolds number Re, the flow pattern of shallow wake depended uniquely on a shallow wake parameter S[2], S=CfD/H, where Cf is a quadratic law friction coefficient, which reflects the ratio of bottom friction to inertial force.
In the numerical simulation of shallow wakes, Lloyd et al.[7] made a series of experiments of conical islands with small side slope, and then simulated the results with both 2D and 3D numerical methods.
In order to capture these various wake patterns, the vorticity value is calculated to exhibit the flow patterns in the simulation.
The investigation suggests that 2D model achieves satisfied simulation results when S is small (S=0.19 and 0.27), for 2D large-scale flow structures dominate in wake region.

The third one is simulation results and discussion.
Simulation and Discussions In this section we use ESI-CFD+ software package for simulation.

The FEM simulations based of dislocation pile-up theory and crystal plastic theory and experiments are carried out.
The temperature field was calculated by the fluid analysis software CFD shown in Fig. 3(b).
(b) Modeling specimen fracture surface of rabbet The analyses above show that the theoretical researches carried out by the finite element simulation of crack initiation location, crack growth path and fracture locations of rabbet have a good agreement with experimental results and engineering application.
The fracture occurs along the {-1-11} slip plane. 3) The crack initiates in the upper edge of the rabbet contact area and grows alternately along the slip plane {1-1-1} and {-11-1}. 4) Researches carried out by the finite element simulation of crack initiation location, crack growth path and fracture location of rabbet have a good agreement with experimental results and engineering applications.