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David Sanders
David Sanders

How I Cracked Midas Civil 2010 and Used It for Bridge Design and Analysis





What is midas civil 2010 and why do you need it?




If you are a bridge engineer or a civil engineer who deals with complex structures, you might have heard of midas civil 2010. It is a finite element analysis software developed by MIDASoft that is used for bridge design and analysis. It combines powerful pre- and post-processing features with an extremely fast solver that makes bridge modeling and analysis simple, quick, and effective. It also includes various design codes that are useful for engineers looking for optimized designs.




midas civil 2010 crack



With midas civil 2010, you can handle any type of bridge structure, from conventional bridges like slab, girder, arch, truss, or box bridges, to advanced bridges like segmental, cable-stayed, suspension, or extradosed bridges. You can also perform different types of analyses, such as linear or nonlinear static analysis, dynamic analysis, buckling analysis, construction stage analysis, pushover analysis, settlement analysis, cable force tuning analysis, etc. You can also generate detailed reports with graphical outputs and tables.


midas civil 2010 is one of the top 5 bridge design & analysis software in the world. It is widely used by engineers in various sectors such as consulting firms, construction companies, government agencies, research institutes, universities, etc. It has been applied to many famous bridge projects around the world, such as the Millau Viaduct in France, the Queensferry Crossing in Scotland, the Hong Kong-Zhuhai-Macao Bridge in China, etc.


So if you are looking for a reliable and versatile software that can help you with your bridge engineering projects, you might want to consider midas civil 2010. However, before you decide to use it, you should be aware that it is not a free software. You need to purchase a license key from MIDASoft or one of their authorized resellers to use the software legally and fully. Alternatively, you might be tempted to use a cracked version of midas civil 2010, which is a modified version of the software that bypasses the license verification process. However, using a cracked version of midas civil 2010 is not recommended, as it can have many drawbacks and risks that outweigh the benefits. In this article, we will explain how to install and activate midas civil 2010 with a license key, how to use it for bridge design and analysis, what are the pros and cons of using a cracked version, how to find and download a reliable crack, and how to verify if the crack works properly.


How to install midas civil 2010 on your computer?




Installing midas civil 2010 on your computer is a simple and straightforward process. You just need to follow these steps:


  • Visit the official website of MIDASoft at https://www.midasoft.com/ and click on the "Download" button at the top right corner of the page.



  • Select "midas Civil" from the list of products and choose the version that you want to download. The latest version is midas civil 2020, but you can also download older versions such as midas civil 2019, 2018, 2017, etc. For this article, we will assume that you want to download midas civil 2010.



  • Fill in the required information such as your name, email address, company name, country, etc. and click on the "Download" button. You will receive an email with a link to download the installation file.



  • Click on the link in the email and save the installation file on your computer. The file name should be something like "midasCivil_2010_Setup.exe".



  • Run the installation file by double-clicking on it or right-clicking and choosing "Run as administrator". You will see a welcome screen that asks you to choose the language for the installation. Choose your preferred language and click on "OK".



  • Follow the instructions on the screen to complete the installation process. You will need to accept the license agreement, choose the destination folder, select the components to install, etc.



  • When the installation is finished, you will see a message that says "Installation Complete". Click on "Finish" to exit the installer.



Congratulations! You have successfully installed midas civil 2010 on your computer. Now you need to activate it with a license key.


How to activate midas civil 2010 with a license key?




To activate midas civil 2010 with a license key, you need to understand that there are two types of licenses: network license and standalone license. A network license allows you to use the software on multiple computers that are connected to a server that hosts the license manager. A standalone license allows you to use the software on one computer only. Depending on the type of license that you have purchased or obtained from MIDASoft or their resellers, you need to follow different steps to activate it.


Activating a network license




If you have a network license, you need to do the following:


  • Make sure that your computer is connected to the same network as the server that hosts the license manager.



  • Launch midas civil 2010 by clicking on its icon on your desktop or start menu.



  • You will see a dialog box that asks you to enter your user ID and password. Enter your user ID and password that you have received from MIDASoft or their resellers and click on "OK".



  • You will see another dialog box that asks you to select a license type. Choose "Network License" and click on "OK".



  • You will see another dialog box that asks you to enter the server name or IP address of the license manager. Enter the server name or IP address that you have received from MIDASoft or their resellers and click on "OK".



  • You will see another dialog box that shows you the available licenses for midas civil 2010. Choose one of them and click on "OK".



  • You will see a message that says "License Activation Successful". Click on "OK" to start using midas civil 2010.




Activating a standalone license




If you have a standalone license, you need to do the following:


  • Launch midas civil 2010 by clicking on its icon on your desktop or start menu.



  • You will see a dialog box that asks you to enter your user ID and password. Enter your user ID and password that you have received from MIDASoft or their resellers and click on "OK".



  • You will see another dialog box that asks you to select a license type. Choose "Standalone License" and click on "OK".



  • You will see another dialog box that asks you to enter the license key. Enter the license key that you have received from MIDASoft or their resellers and click on "OK".



  • You will see a message that says "License Activation Successful". Click on "OK" to start using midas civil 2010.



How to use midas civil 2010 for bridge design and analysis?




Once you have installed and activated midas civil 2010, you can start using it for your bridge design and analysis projects. In this section, we will give you a brief overview of how to use midas civil 2010 for bridge design and analysis. We will cover the following topics:


  • Modeling methods and tools



  • Analysis options and features



  • Design codes and standards



  • Result interpretation and reporting




Modeling methods and tools




The first step in using midas civil 2010 for bridge design and analysis is to create a bridge model. A bridge model is a representation of the geometry, material properties, boundary conditions, loads, etc. of the bridge structure. There are two main methods of creating a bridge model in midas civil 2010: manual modeling and wizard modeling.


Manual modeling is the traditional method of creating a bridge model by defining the nodes, elements, sections, materials, supports, loads, etc. manually. You can use the various tools and commands in the user interface to create and modify the bridge model. You can also import or export the bridge model from or to other formats such as DXF, DWG, IFC, etc.


Wizard modeling is a more convenient and efficient method of creating a bridge model by using the built-in wizards that guide you through the process. You can choose from different types of wizards depending on the type of bridge structure that you want to model. For example, you can use the girder wizard to create a girder bridge model, the arch wizard to create an arch bridge model, the cable-stayed wizard to create a cable-stayed bridge model, etc. The wizards will ask you to enter some basic information such as span length, deck width, girder type, arch shape, cable arrangement, etc. and then generate the bridge model automatically.


Whether you use manual modeling or wizard modeling, you can always edit and refine the bridge model as you wish. You can also use some advanced tools such as parametric modeling, construction stage modeling, segmental modeling, etc. to create more complex and realistic bridge models.


Analysis options and features




The second step in using midas civil 2010 for bridge design and analysis is to perform an analysis on the bridge model. An analysis is a process of solving the equations of equilibrium and compatibility that govern the behavior of the bridge structure under various loads and conditions. The result of an analysis is a set of values that describe the displacements, forces, stresses, strains, reactions, etc. of the bridge structure.


midas civil 2010 offers various types of analyses that you can perform on your bridge model depending on your needs and objectives. Some of the most common types of analyses are:


  • Linear static analysis: This type of analysis assumes that the bridge structure behaves linearly and elastically under small deformations and constant loads. It is useful for checking the serviceability and stability of the bridge structure.



  • Nonlinear static analysis: This type of analysis accounts for the nonlinear behavior of the bridge structure due to large deformations, material nonlinearity, geometric nonlinearity, contact nonlinearity, etc. It is useful for checking the ultimate strength and ductility of the bridge structure.



  • Dynamic analysis: This type of analysis considers the effects of time-varying loads and inertia forces on the bridge structure. It can be divided into modal analysis, harmonic analysis, response spectrum analysis, time history analysis, etc. It is useful for checking the dynamic response and vibration characteristics of the bridge structure.



  • Buckling analysis: This type of analysis determines the critical load at which the bridge structure loses its stability due to lateral deflection or twisting. It can be divided into linear buckling analysis and nonlinear buckling analysis. It is useful for checking the buckling resistance and safety factor of the bridge structure.



  • Construction stage analysis: This type of analysis simulates the sequential construction process of the bridge structure and considers the effects of construction loads, temporary supports, prestressing forces, creep and shrinkage effects, etc. It is useful for checking the constructability and performance of the bridge structure during construction.



  • Pushover analysis: This type of analysis applies an increasing lateral load to the bridge structure until it reaches its collapse state. It generates a capacity curve that shows the relationship between base shear and roof displacement. It is useful for checking the seismic performance and capacity of the bridge structure.



  • Settlement analysis: This type of analysis calculates the settlement of the bridge structure due to soil consolidation, foundation settlement, temperature change, etc. It is useful for checking the settlement compatibility and differential settlement of the bridge structure.



  • Cable force tuning analysis: This type of analysis adjusts the cable forces of cable-stayed or suspension bridges to achieve the desired shape and stress distribution of the bridge structure. It is useful for checking the cable tension and sag of the bridge structure.



To perform an analysis in midas civil 2010, you need to do the following:


  • Select the type of analysis that you want to perform from the "Analysis" menu or toolbar.



  • Specify the analysis parameters such as load cases, load combinations, analysis options, etc. in the dialog box that appears.



  • Click on "OK" to start the analysis. You will see a progress bar that shows the status of the analysis.



  • When the analysis is finished, you will see a message that says "Analysis Complete". Click on "OK" to view the analysis results.



Design codes and standards




The third step in using midas civil 2010 for bridge design and analysis is to apply the design codes and standards that are relevant for your bridge project. Design codes and standards are sets of rules and specifications that define the minimum requirements and best practices for bridge design and construction. They are developed by various organizations such as national or international agencies, professional associations, industry groups, etc. They are intended to ensure the safety, quality, efficiency, and sustainability of bridge structures.


midas civil 2010 supports various design codes and standards that are widely used around the world. Some of the most common design codes and standards are:


  • AASHTO LRFD: This is a design code developed by the American Association of State Highway and Transportation Officials (AASHTO) for load and resistance factor design (LRFD) of highway bridges in the United States.



  • EN 1992-2: This is a design standard developed by the European Committee for Standardization (CEN) for Eurocode 2: Design of concrete structures - Part 2: Concrete bridges - Design and detailing rules.



  • EN 1993-2: This is a design standard developed by the CEN for Eurocode 3: Design of steel structures - Part 2: Steel bridges.



  • EN 1994-2: This is a design standard developed by the CEN for Eurocode 4: Design of composite steel and concrete structures - Part 2: General rules and rules for bridges.



  • BS 5400: This is a design code developed by the British Standards Institution (BSI) for steel, concrete and composite bridges in the United Kingdom.



  • AISC ASD: This is a design code developed by the American Institute of Steel Construction (AISC) for allowable stress design (ASD) of steel structures in the United States.



  • AISC LRFD: This is a design code developed by the AISC for load and resistance factor design (LRFD) of steel structures in the United States.



  • CSA S6: This is a design code developed by the Canadian Standards Association (CSA) for limit states design (LSD) of highway bridges in Canada.



  • JTG D62: This is a design code developed by the Ministry of Transport of China (MOT) for highway bridges in China.



  • KBC 2009: This is a design code developed by the Ministry of Land, Infrastructure and Transport of Korea (MOLIT) for highway bridges in Korea.



To apply a design code or standard in midas civil 2010, you need to do the following:


  • Select the design code or standard that you want to use from the "Design" menu or toolbar.



  • Specify the design parameters such as material properties, load factors, resistance factors, limit states, etc. in the dialog box that appears.



  • Click on "OK" to apply the design code or standard to your bridge model.



  • Perform an analysis on your bridge model as explained in the previous section.



  • View the design results and check if your bridge model meets the design criteria of the selected design code or standard.



Result interpretation and reporting




The final step in using midas civil 2010 for bridge design and analysis is to interpret and report the results of the analysis and design. The results of the analysis and design are stored in the output database of midas civil 2010, which can be accessed from the "Output" menu or toolbar. You can view, extract, and export the results in various formats such as tables, graphs, diagrams, animations, etc.


To view the results in midas civil 2010, you need to do the following:


  • Select the type of results that you want to view from the "Output" menu or toolbar. For example, you can choose "Displacement", "Force", "Stress", "Reaction", "Design", etc.



  • Select the load case or load combination that you want to view from the drop-down list.



  • Select the element group or node group that you want to view from the tree view.



  • Select the display option that you want to use from the toolbar. For example, you can choose "Contour", "Vector", "Deformed Shape", "Animation", etc.



  • View the results on the screen. You can zoom, pan, rotate, or change the view angle of the results using the mouse or keyboard commands.



To extract and export the results in midas civil 2010, you need to do the following:


  • Select the type of results that you want to extract and export from the "Output" menu or toolbar. For example, you can choose "Table", "Graph", "Diagram", etc.



  • Select the load case or load combination that you want to extract and export from the drop-down list.



  • Select the element group or node group that you want to extract and export from the tree view.



  • Select the output option that you want to use from the toolbar. For example, you can choose "Output All", "Output Selected", "Output by Group", etc.



  • Extract and export the results to a file or clipboard. You can choose from various file formats such as TXT, CSV, XLS, DOC, PDF, JPG, BMP, etc.



To generate a report in midas civil 2010, you need to do the following:


  • Select "Report" from the "Output" menu or toolbar.



  • Select the type of report that you want to generate from the dialog box that appears. For example, you can choose "Model Report", "Analysis Report", "Design Report", etc.



  • Select the items that you want to include in your report from the list. You can also customize the format, layout, style, etc. of your report.



  • Click on "OK" to generate your report. You can preview, print, or save your report as a file.



By using these methods and tools, you can interpret and report the results of your bridge design and analysis in midas civil 2010.


What are the benefits and drawbacks of using a cracked version of midas civil 2010?




As mentioned earlier, midas civil 2010 is not a free software. You need to purchase a license key from MIDASoft or their resellers to use it legally and fully. However, some people might try to use a cracked version of midas civil 2010, which is a modified version of the software that bypasses the license verification process. A cracked version of midas civil 2010 might seem appealing at first, as it can offer some benefits such as saving money, avoiding activation issues, accessing all features, etc. However, using a cracked version of midas civil 2010 also has many drawbacks and risks that outweigh the benefits. In this section, we will compare the pros and cons of using a cracked version versus a licensed version of midas civil 2010.


Pros of


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