Cpu speed accelerator for windows 7 windows#

This means that all data will be stored in the Windows TEMP folder until the user undertakes a save action: only then the data is moved to the saved destination. With the release of PLAXIS 2D AE, the data structure of the PLAXIS 3D 2013 program is followed. PLAXIS 2D AE: all unsaved data in local TEMP

a graphics card with a minimum of 256 MB RAM (dedicated, not shared) and support of OpenGL 1.5 (improves the visualisation of the results).

Make sure the Windows TEMP folder is located on this disk to get good read/write speed for data of the ongoing calculation process.

harddisk: Fast HDD with high IOPS, e.g.

With this change calculations on Plaxis files stored in a network location become faster and more robust due to less network traffic.įor the best calculation performance for PLAXIS 2D 2012 and PLAXIS 2D Classic: Once the calculation is finished, it will move the resulting data from the Windows TEMP folder to the final save location. In order to further increase the speed and robustness of PLAXIS 2D calculations, starting with the PLAXIS 2D 2012 version, calculations are now always made on files stored on a local disk: the data necessary for the calculation is copied to the Windows TEMP folder when starting the calculation. PLAXIS 2D 2012: calculations performed in local TEMP

Cpu speed accelerator for windows 7 32 bit#

Note that the software can still run on a 32 bit Windows version, in which it will fall back to the 32-bit calculation behaviour.įor the best calculation performance for PLAXIS 2D 2011.01: And in most cases, the 64-bit calculation kernel will improve the calculation time. Now larger models can be calculated: in the 64-bit calculation kernel the memory limit is determined by the maximum available RAM memory in the computer system, improving the 2 GB limit of the 32-bit kernel. In the PLAXIS 2D 2011.01 update, Plaxis adds another calculation improvement: the 64-bit calculation kernel.

PLAXIS 2D 2011.01: 64-bit multicore solver Note that this calculation is currently still 32 bit, but the calculation can now handle more than 10,000 15-noded elements.įor the best calculation performance for PLAXIS 2D 2011: As a side effect, the algorithm for parallel phases that was available in PLAXIS 2D 2010 cannot be used to avoid system overload (multiple phases all using the same amount of CPU cores). With the release of PLAXIS 2D 2011, Plaxis moves another step forward for fast and efficient Finite Element calculations: a single-phase calculation will now use all available CPU cores for the fastest possible phase calculation.

minimize the amount of other running applications on that computer.

Store the Plaxis project files on this local fast HDD to get good read/write speed for data of the ongoing calculation process. Harddisk: Fast HDD with high IOPS, e.g.3 GB of RAM (even for a 32-bit Windows version).

a fast CPU (high clock speed and recent architecture).

The best way to improve your calculation speed for 2D 2010 is: Dynamics), this can give an improvement of 20%. Especially for calculation phases with a lot of steps (e.g. Another advantage is that the calculation kernel can do the matrix decomposition over multiple CPU cores, making calculations with advanced soil models, like the Hardening Soil model, faster. With PLAXIS 2D2010 you can now calculate Phase 2 and Phase 3 simultaneously when Phase 1 is finished and when you have at least 2 CPU cores available. This makes Phase 2 and Phase 3 independent of each other. An example: take a project that has three phases and both Phase 2 and Phase 3 will start from Phase 1. PLAXIS 2D 2010 is a 32-bit application, but with the advantage of calculating phases simultaneously when these phases are independent.

Cpu speed accelerator for windows 7 generator#

Note: with the release of PLAXIS 3D 2016 and PLAXIS 2D 2017, Plaxis will only have 64-bit applications: GUI, mesh generator and calculation kernel are all compiled in 64-bit.