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1. Sam the ultimate mechanism designer crack manual#
2. Sam the ultimate mechanism designer crack license#

Gerhard-Mercator-Universität Duisburg (DE).Wroclaw University of Technology (Poland).University of Maribor (Slovenia) Kaunas.Technical University of Budapest (Hungary).National Central University (Taiwan) ISEP (Portugal).Sri Ramana Educational and Charitable Trust (India).The following is the list of customers who are using SAM. In order to satisfy both experienced SAM users and novice users which are used to the Microsoft Office approach, SAM 6.0 supports both user interaction approaches.ĭue to capabilities of SAM, ease of use and modest system requirements, more than 100 polytechnics and universities have already adopted SAM for their mechanism courses and practical exercises. Furthermore SAM is being used by a significant number of companies, among which renowned international companies active in the field of automobiles and packaging machines. Many programs, such as Microsoft Office, use a different approach which is based on "Select an item and press right mouse key to see which actions can be applied to the selected item". In previous versions of SAM the user interaction model was based on "Select action from menu or toolbar, then select item to apply action to", for example Delete Element followed by a selection of the element to be deleted. The optimization process in SAM is based on a two step approach, consisting of : SAM seeks the optimum by modifying the following properties within user-defined ranges:Įlement properties, such mass, spring constant, transmission ratio. Trajectory of a node (with of without prescribed timing)Īny motion or force quantity (as function of time or another quantity) ) of the difference between the actual and the target behavior of a mechanism, such as: The goal for optimization can be the minimization or maximization of a variety of properties (peak, RMS, average. When designing for example fitness equipment one is generally seeking a predefined force as function of displacement. Just as in the case of the trajectory optimization one can also specify a reference function and minimize the difference between the actual and the reference function. Or one can minimize the peak or RMS value of the driving torque of a mechanism by adding a compensating mass and let SAM determine the optimal value of the mass and its position within the allowable range. Taking the initial design/topology as a starting point one can for example further improve the quality in which the trajectory of a coupler point equals the target trajectory by changing the geometry of the mechanism within pre-defined ranges. What's new in SAM 6.0? Optimization (Professional version of SAM only) Error message "Synchronisation of motions and/or loads not correct", while the tolerance limits under Preferences>Analysis>Solver Options are such that the deviations are smaller than the tolerance and the analysis should have been carried out.In the absence of a loaded project file an incorrect indication of the Unit System in Preferences>Number/Units>Setup Units might occur, in which case it does not correspond to the underlying units of position, velocity."Division by zero" crash in case the Snap-To-Coordinate grid size is accidentally equal to zero in Preferences > Mouse > Mouse Snap.The following issues are solved in this update:

Sam the ultimate mechanism designer crack license#

During the activation process, which requires internet access to send information to our central license manager, the final license will be generated and send to the customer.ĭisplay of a scale export selection & reordering of a subset of results when exporting a mechanism as DXF file also the displayed trajectories/path(s) are exported. It is a two-step approach in which customers first receive an activation ticket. The new licensing system supports node-locked licenses and floating licenses. ) and grouping commands have been added that allow the user to easily modify elements/mechanisms but also graphical items. New transformation (mirror, translation, rotation.

Sam the ultimate mechanism designer crack manual#

In previous versions of SAM the calculation of bearing forces in moving joints required manual steps, which have been eliminated. The calculation of bearing forces in joints is now equally easy for fixed and for moving joints.

The feature of User Defined Results opens the path to perform constrained optimization by adding the constraint condition as a penalty function to the original function one is optimizing.