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Advanced Stress and Structural Analysis Assignment Help

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KB7008 Advanced Stress and Structural Analysis Assignment

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Module Learning Outcomes -

Learning Outcome 1 - Analyse the theoretical and practical aspects of material nonlinearity and its influence on material behaviour.

Answer: Material nonlinearity is a phenomenon where the material's response to a load is not proportional to the load itself. This can manifest in various ways, such as nonlinear elasticity, plasticity, or viscoelasticity. Theoretically, nonlinearity arises from complex material structures and interactions between atoms and molecules. Practically, it can significantly influence material behavior, leading to phenomena like stress-strain hardening, strain rate sensitivity, and creep. Understanding material nonlinearity is crucial for accurate modeling and prediction of material performance in various applications, especially under extreme conditions or when high levels of deformation are involved.

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Learning Outcome 2 - Defend your engineering solution, design rationale or analysis.

Answer: My engineering solution, informed by a rigorous design rationale and comprehensive analysis, is a robust and innovative approach that effectively addresses the stated problem. The design incorporates [key features or principles] to [achieve specific objectives or outcomes]. Through meticulous analysis, I have verified that this solution meets or exceeds all relevant performance criteria, including [list of criteria]. The rationale behind my choices is grounded in [theoretical concepts, empirical evidence, or industry best practices]. Furthermore, I have considered potential risks and limitations, implementing mitigation strategies to ensure the solution's reliability and resilience. In conclusion, my engineering solution represents a well-founded and practical approach that is poised to deliver tangible benefits.

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Assignment Task - Polylactic acid (PLA) is a material commonly used in 3D printing. One feature of the 3D printing process is the ability to control the infill density and pattern of a part.

PLA has a relatively low yield stress and demonstrates plasticity for much of the stress-strain curve. The internal structure of the printed part effectively alters the material properties giving a range of stress-strain plots for different infill density and pattern.

A new area of research aims to investigate the effect of varying the infill pattern and density locally within a printed structure (example in figure 2). The hypothesis is that areas subject to high stresses would have a higher local density and areas subject to low stresses a lower local density. This has the potential to offer weight, cost and time savings.

You will be provided with tensile test data for two different configurations of PLA infill. These two datasets will be for a low and high density infill of a particular pattern (e.g. 30 and 80% infill, tri-hexagonal pattern).

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Your assignment task has two aspects:

Task 1 - Analyse the non-linear behaviour of these two configurations separately using finite element analysis and compare numerical predictions with the provided experimental data for a tensile test coupon.

Task 2 - Design and analyse the internal structure of an open-hole tensile test coupon (ASTM D5766) to maximise the strength-to-weight ratio by varying the local infill (you may only use the densities and pattern provided).

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Technical Poster (A1 size) - This task will be assessed through the submission of a technical poster. A template is provided for you to use. This poster should be aimed at an audience who are engineering graduates but non-experts in 3D printing.

Assignment contains the following categories -

1. Presentation

2. Understanding and expression of the problem

3. Finite element model setup

4. Discussion of initial results - Prediction of single density tensile behaviour

5. Optimisation of local infill density.

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