Highlights
Task:
STAGE 1: EXCEL (30 marks)
You are required to create an Excel sheet that will allow a user to calculate the deflection of a simply supported beam based on the inputs given by the user. Formulae for beam deflection calculations can be found online, no prior knowledge of mechanics of solid required.
For Stage 1 is an individual submission for all students.
STAGE 1 – PART 1
The initial part will require your Excel sheet to calculate of the cross sectional properties (i.e. Centroid, 2nd moment of area) of a beam based its sectional information (dimensions and shapes) and inputs from a user. The user interface will allow the user to choose a type of cross sectional shape from a cell (it has a drop down menu). Cross sectional shapes must include circle, rectangle, and tube. In addition, I-section beam, T-section beam and more can be considered.
Once all the parameters of the cross section properties are entered, Excel will automatically calculate all cross sectional properties including Centroid and 2nd moment of area, which will be used for the 2nd part of this assignment.
STAGE 1 – PART 2
This part will require your Excel sheet to assign material attribute to the beam. The user interface will allow the user to choose a type of material from a cell (it also has a drop down menu). Examples should include steel and concrete. Other user defined materials can be considered as well. The material properties include density of material, modulus of elasticity, etc.
STAGE 1 – PART 3
This part of the assignment builds on the information obtained from part 1 and part 2. The user will be given the option to choose the load configuration including:
The user will also be able to define the length of the beam and loading position through Excel. Once all this information is entered, Excel will automatically compute the deflection along the simply supported beam and present the results of the beam’s deflection.
Hint: Formulae for beam deflection is available online http://home.eng.iastate.edu/~shermanp/STAT447/STAT%20Articles/Beam_Deflection_Formulae.pdf.
Marking Criteria
|
Criteria |
Mark distribution |
Remark |
|
Functionality |
10/30 |
Correct results, workable, debugged, robust, crash-proof |
|
Innovation |
10/30 |
Demonstration of applying skills/knowledge innovatively, additional features |
|
Presentation |
10/30 |
Logical, clear, concise and user friendly interface |
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