mtslope is a handy Open Source application that has been designed to help you calculate the permanent displacement of a slope caused by a seismic motion.This is done with the use of the sliding block method. Now you can easily calculate the displacement of a slope.
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MoveSlope is a handy Open Source application that has been designed to calculate the permanent (inflexible) displacement of a slope. This application uses the sliding block method and the concept of the floating base to calculate the displacement. This is a quick, easy to use application.
mtslope main features:
easy to use – no special expertise
movements calculated over a finite time period
slope / block up to 2000 mm in height
movements displayed as a table in a document/excel/powerpoint file
Enter two coordinates at the start and end of a recorded seismic signal, an optional time interval for the recordings, and the step size of the added forces. The application calculates the permanent displacement for the chosen interval. You can change the displayed format of the table to a simple picture, a map, a graph, a polygon or a table. You can also save the table in a document, excell or powerpoint file. You can use up to 2000 mm in height.Herbecame with the beginning of the industrial revolution. With the advent of the modern farming techniques, the price of fresh spices, especially, black pepper rose sky-high. Many households, businessmen and the merchant dealers were facing problems in the availability of supply. Since black pepper was considered to be one of the main ingredients in the preparation of most of the dishes, its cost increased every year.
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Objective mtslope is a handy Open Source application that has been designed to help you calculate the permanent displacement of a slope caused by a seismic motion. This is done with the use of the sliding block method. Now you can easily calculate the displacement of a slope. The product of the length of the sliding blocks used in each column and the number of floor bolts is the final permanent displacement of the respective column or slab. Now you can easily calculate the displacement of a slope. The product of the length of the sliding blocks used in each column and the number of floor bolts is the final permanent displacement of the respective column or slab. Now you can easily calculate the displacement of a slope. Customization:Steps:1. Input bearing capacity of a floor slab or column.2. Specify the displacement required to be calculated, before the earthquake or after the earthquake.3. Specify the periodicity of earthquake required to be calculated.4. Choose the type of slab or column-bearing capacity: (Maximum bearing capacity).5. Choose the type of bearing capacity of each floor slab or column: (Maximum bearing capacity).6. Click the button “Calculate”7. Select the type of seismic motion required to be calculated: (Earthquake magnitude of earthquake).8. Choose the unit of the number of seismic motion required to be calculated: (magnitude of earthquake).9. Enter the number of floors or floors on each floor slab or column: (Frequency).10. Enter the displacement required to be calculated before the earthquake: (Displacement value required to be calculated before the earthquake).11. Enter the displacement required to be calculated after the earthquake: (Displacement value required to be calculated after the earthquake).12. Enter the number of seismic motion required to be calculated: (magnitude of earthquake).13. Enter the frequency of the seismic motion required to be calculated: (Frequency).14. Enter the bearing capacity of a floor slab or column: (Maximum bearing capacity).15. Enter the bearing capacity of each floor slab or column: (Maximum bearing capacity).16. Click “Start”17. Define the bearing capacity of the columns or slab18. Specify the units of the bearing capacity: (m/s2).19. Select the number of floors on each floor slab or column: (Frequency).20. Specify the bearing capacity of each floorb7e8fdf5c8
mtslope is a program that can be used for determining the permanent displacement of a slope for the calculation of the permanent foundation system. For the geological conditions in the study area, the sliding block method was used.mtslope Contains:● Analyzes the data of the geology, GVH, GSH, GSD● Displacement of a slope● Export the displacement data to the Excel software● Permanent foundation system application● Applying the vertical displacement of the applicable zone to the slope has the effect of gravity● Size of the permanent foundation system and shape of the foundation cracks● Customized Design can be used in the tectonic action are drawing● A graph shows the response of the damage● Option for drawing fracture surface● Process support for analyzing the permanent foundation system of the slope● Provide the displacement of the slope as the standard range● Parameters of any items of the slope● Sets the data of the study area such as GVH, GSH, GSD● Data can be used for other studies● When the program is run, an error occurs when determining the area of the slope● Application:The application should be able to find the displacement of a slope without having to check the programme. You can use the application for the drawing of the permanent foundation system of the slope.● Implementation:Permanent foundation system:When the tectonic action occurs, that is, an earthquake, as the phase change along the boundary of the mining progression occurs, it is subject to damage of the site. In particular, this is related to the geological conditions of the site. This may be a problem during the analysis of the seismic geological condition. In the previous survey of geological conditions, it is necessary to be dealt with in the design of the foundation system. If you have a fixed-foundation design, it has very good results. If the site is subject to changes in the project planning stage, however, it is not possible to determine the full design of the earthquake. To solve this problem, it is possible to design the foundation system by substituting the collapse zone with a foundation system design, which can be used during the earthquake.The sliding block method is adopted as a method to determine the ground displacement of a site with a foundation system for a collapse zone. The application has the function to calculate the displacement of the slope without having to check the programme.Now, the description of the programme can
What’s New In Mtslope?
* Add supports.* Specify the object.* Specify the load.* Specify the magnitude of the applied displacement.* Add a scale and fine tune the result.* Export the results as CSVEPUB Edition.Features:* mtslope is a handy Open Source application that has been designed to help you calculate the permanent displacement of a slope caused by a seismic motion.* Add supports.* Specify the object.* Specify the load.* Specify the magnitude of the applied displacement.* Add a scale and fine tune the result.* Export the results as CSVPDF Edition.
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Minimum:OS: Microsoft Windows XP, Vista, Windows 7, Windows 8, Windows 8.1CPU: Intel i5 3.3GHz or greaterRAM: 4GB or greaterGraphics: NVIDIA® GeForce® 8800GT or AMD Radeon™ HD 4870 or greaterDirectX: Version 9.0cStorage: 300MB free spaceAdditional:50 GB hard drive space1 GB graphics memory