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AA20046- I explored the influence line at a place as well as the absolute maximum shear and moment caused by a sequence of concentrated loads. I also learned how to calculate the maximum shear and moment of a sequence of focused loads on a beam.

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AA20088 - I learned about the influence line at a point, as well as the absolute maximum shear and moment owing to a succession of focused loads, in this video. As a result, I learned how to calculate the maximum shear and moment of a sequence of focused loads on a beam, as well as their placement along the beam. I can answer any questions concerning maximum shear and moment after seeing the movie.

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I learned about the influence line of series of concentrated load. It is finding the influence line of releases and adding the loads with different positions to determine the shear and moment. I also learned to find the absolute maximum moment. It is to find the position of resultant force.

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I studied about the influence line at a point and absolute maximum shear and moment due to series of concentrated load. Also, I learnt the ways to determine the maximum shear and moment of the series of concentrated load to the beam and its location along the beam.

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The main thing that I have been learned by this week session is influence lines at any points due to the series of concentrated load. I also know how to find the absolute maximum moment.

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AA20224 - I learned how to compute the influence line for a series of focused loads by locating the influence line releases and combining the loads at various points to obtain the shear and moment. In addition, I learnt how to calculate the absolute maximum moment in order to determine the position of the resultant force, which is the location of maximum moment.

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The main thing that have been discussed in the video is about the influence line, absolute max shear and moment at the concentrated load. I learned to calculate the moment and maximum shear force of an order of focused load.

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AA20020- To know the influence line for the beam that subjected to series of load we must know the center of gravity to find the resultant force first. Then we can know the distance of the resultant force then draw the influence line.

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I continue study about the influence line for series of concentrated load which is finding the influence line of releases and adding the loads that have different positions to calculate shear and moment. I also learned about How to find the absolute maximum moment as the method is to find the position of resultant force which has max moment at neighbouring force.

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From this class, I have learnt the absolute maximum shear and moment. In learning the determination of location, I learnt that the force is needed positioned on the beam so that it and resultant force of the system are equidistance from the beam center line. I also know that if the beam is cantilevered or simply supported, the problem is not so hard.

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AA20002: For today lesson, I continued study about influence line at a point due to series of concentrated load to calculate shear and moment. For the example given, there are three cases that need to be calculated in order to find the maximum shear and moment.  I also learned on how to find the absolute maximum moment.

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AA20099 - I learned about the influence lines at a specific point in the beam. Following that, I will look at how to determine the max line for shear and bending moment at the point.

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AA20003: For this week, I learned how to compute the influence line at a point due to series of concentrated loads to calculate shear and moment. There are 3 cases that need to consider in order to find the maximum shear and moment.  I also learned how to find the absolute maximum moment.

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SEC04_G01_W02_II/2122
a) Vertical reaction at A

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AA20220: I learnt that influence line at a point due to series of concentrated loads. Firstly, we need to assume internal glide, then allow force going up and down, after that draw a deflected shape. We need to do 3 cases and each cases assume the concentrated load at different position to find the maximum shear and moment. We have to do interpolations to find the ratio at different position.
Next to calculate the absolute maximum moment, step 1 is determine centre of gravity by using [ (total resultant force)(x) = start from second point*distance and so on ]. Then, we can locate our resultant force, R and where it occurs at. Find a (centre of gravity - distance), sub the x=L/2-a/2 to know the distance from the start to the point. Do interpolations and we can get the final answer.

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For this week session, I continued watch the video from the previous part which is part 3 which about the IL at point due to series of concentrated load. Also, I learned about absolute maximum shear and moment. The resistant value can calculated with method of section.

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AA20025: For this week, I had learned about the influence line at a point due to the series of concentrated load. after that, i learned about how find the absolute maximum moment for simply supported beam subjected to series of concentrated load.

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This week session i learned how to calculate the influence line at certain point due to series of concentrated load . Based on the question , we should considered 3 cases from the position of the load. I learnt to find the maximum occured from these cases easily.