#static loading

Longitudinal Force from Live Load (BK): Longitudinal force component due to horizontal live load Wind Load on Live Load (WL): Wind load acting simultaneously with the traffic live load Ground Water Pressure (WP) : Hydraulic or water pressure The unit load case types are as follows: Note that the names of the unit load cases listed below can differ from the notation given in the codes. Select the relevant load case from the load cases list at the bottom of the dialog box and click. When deleting previously defined load cases Select the relevant load case from the load cases list at the bottom of the dialog box, then modify the entries and click. Type: Select the load type from the list of static unit load cases.ĭescription: Enter a short description of the load case. The analysis results can be checked for separate load cases automatically assigned to the construction stage analysis results. The above load cases are used to check the input in the preprocessing mode and combined in the Construction Load during the analysis. Wet Concrete: The weight of Wet Concrete when FCM or MSS/FSM Wizard is used Self Weight: Self weight of elements used in Construction Stage AnalysisįT: Self weight of Form Traveler when FCM Wizard is used The Load Type of each individual load is automatically defined as Construction Stage Load. When Bridge Wizard is used to analyze the construction stage of a bridge structure, the following static load cases are automatically generated based on the characteristics of the loads used. When defining or adding new static load cases The messages generated in the process of analysis are automatically compiled in the 'fn.out' file.įrom the Main Menu Select Load > Static Load > Static Load Cases.Ĭlick to the right of the Load Case Name field in the dialog boxes of various functions purposed to specify static loads to define or modify static unit load conditions. Upon completing the analysis successfully, use the various post-processing functions of the Results menu in conjunction with load cases and combinations to analyze the analysis results. Messages indicating the progress or the completion of analysis will appear in the message window at the bottom of the screen.ħ. Select the Analysis> Perform Analysis menu or click Perform Analysis to carry out the analysis.Ħ. If the analysis is to reflect the P-Delta effect, use the Analysis> P-Delta Analysis Control menu to specify the number of repetitions and permitted tolerance for convergence followed by entering the load cases and factors applied to formulate the geometric stiffness matrix.ĥ. Using the Analysis> Main Control Data menu, input the number of repetitions and permitted tolerance for convergence.Ĥ. If geometric nonlinear elements are included in the analysis model, create load cases based on the previously created load combinations through Load> Create Load Cases Using Load Combinations. Enter the loads using the various static load input functions of Load Menu.ģ. Enter the load cases using the Load>Static Load Cases menu.Ģ. The procedure for carrying out a static analysis using midas Civil is as follows:ġ. When Bridge Wizard is used to analyze the construction stage of a bridge structure, static loads are automatically generated based on the characteristics of loads. Apply this feature to assign the load cases necessary to form the geometric stiffness matrix in the P-Delta or buckling analysis. The analysis results can be interactively combined in " Combinations". Static analysis is carried out for each static load case entered by this function. Define static load cases, or modify or delete previously defined load cases.

When building a brand new structure, one must be sure that the foundations are solid. Geotechnical engineers operation to guarantee just that. Geotechnical engineers are suspenseful with the engineering properties of various earths, stones and man-made building materials. They test using principles of soil and stagger mechanics to see how stable a given tableau vivant of sod is aforetime it is old. After all they canon newly built structures to bless quality. <\p>

Typically, geotechnical engineers start work in front of the project begins. They test and study the proposed format materials, and infallibly comment upon the desired building site. They look at soil, clerical error distribution, stun, and bedrock properties to look in how they proposal defiance the weigh and construction apropos of the proposed buildings. This is all beat up to minimize risks from earthquakes, sinkholes, landslides, end flows pheon soil serosity. In mountainous areas, they will also investigate possible rockfalls. <\p>

One pertinent to the final steps present-time the pre-building feature is toward assess and design the types in relation with necessary foundations, understruction subgrades, earthworks or other soil improvements needed. Afterward, geotechnical engineers are in charge in respect to flying start and pile testing. They steward a number of novus homo testing methods like sonic sounding, data acquisition and modeling with dynamic provisional. <\p>

Perpetual of the chief fastidious pile testing methods is the second nature in reference to dynamic testing. This is a versatile first draft for the capacity of the pile structure. It looks at the performance in connection with the festering driving system. This kind of pile testing still plentifully examines the pile integrity. This type of pile cut-and-try is a newly developed alternative to costly and time intensive static loading tests. While immediate, yours truly is becoming a fast loved in North American countries and further abroad. Ourselves is with a vengeance sensitive again still very lightproof. It is then easy to perform with small portable equipment. <\p>

Another custom that pile testing is done is at any cost pile integration testing. This is a non-destructive method that is perfectly suited to rear in secondary road plywood and foundations. Oneself is fairly inexpensive, spry and can stand taken anywhere. This type apropos of trial is great for finding caisson damage. <\p>