Moldflow 2018 cracked version is a new plastic injection molding simulation software launched by Autodesk in 2017. Its built-in injection molding simulation tool can help users verify and optimize plastic parts, injection molds and injection molding processes. Compared with other types of software, it can provide design, mould making personnel and engineers with the best simulation solution, and it allows users to set through the simulation and results illustrate to display wall thickness, gate location, material, geometry changes affect how manufacturability problems, can say from the thin-walled parts to the thick wall, solid parts, Moldflow 2018 geometry can support and help the user to test assumes that plan before the final design decisions. The new Moldflow 2018 adds many new analysis and features to compression molding (3D) and injection compression molding (3D) processes. The added materials include thermoplastic materials and solid materials. Thermoplastic materials now support cooling analysis, compression overlapping injection molding and injection compression overlapping injection molding. Solid material supports cooling analysis, core migration analysis, exhaust analysis, gold line migration analysis, etc. Moldflow 2018 new increased the solver API function, a new 3 d filling and pressure maintaining analysis solver API functions are allowed by the user routine control crystallization of thermoplastic material, its normal crystallization modeling is named "transformation temperature" fixed temperature threshold, the user can according to the relevant conditions "such as the cooling rate and pressure" to trigger the node, and can make the crystallization condition and flow calculation of PVT phase transformation in the model, in order to convenient for the user to control routines. The other on the basis of the old Moldflow 2018 enhanced solver function, improve the cooling loop network solver to shorten the execution time, users can now by improving cooling loop 1 d solver and the interaction between the cooling (FEM) solver, which in the case of without changing the result shorten the execution time of the user, and when a user geometry edit edit CAD model, users can now with a single step is applied to the selected in the CAD surface, and consider most Moldflow injection - overlapping compression molding "function also be extended in the new version, It now supports injection molding for the first injection and injection-compression molding for the second overlapping injection. When using the existing injection-compression overlapping injection analysis, users can simulate the second overlapping injection molding, in which the first injection is injection-compression molding and the second injection is injection molding.

 

In addition, the most important Moldflow 2018 new increased the unilateral constraint "in" core deflection analysis function, in the old version for warping, stress and the analysis of the core offset all constraints are required to pass through bilateral processing, and because of that, if you want to prevent a user on the direction of displacement of this constraint is also can prevent the opposite direction of displacement, but now users can use unilateral constraint feature to set the selected node all three translational degree of freedom of plane direction, and all operating core shift analysis all grid type support when the unilateral constraints, And the unilateral constraint can be applied to parts whose attribute type is "part insert (3D)" or "core (3D)". And on this basis, in order to more convenient user simulation process, the new Moldflow 2018 new added the function of "parameterized scheme", the function is a kind of can quickly create operation scheme sequence method and comparison, which contains all different from the user to select variables or engineering parameter Settings, and all of the available variables depends on the users of the selected network, to analyze sequence and molding process, from the original plan process Settings, and with some additional limited geometric characteristics, based on the user can now combine their own independent analysis of the project specifications to run sequence, In this way, users can obtain the conditions for the optimal molding setting in the estimation process, and relying on these conditions as the starting point, users can carry out further detailed research.