Given all the following information:
Sources:
1. Wood, J. R., & Mott, A. C. (2018). Understanding automotive collision dynamics for safety improvements. Journal of Transportation Safety and Security, 10(4), 451-470.
This article examines the principles of collision dynamics with a focus on improving automotive safety. Published in a peer-reviewed journal, the research is credible and well-supported by data. It provides foundational knowledge essential for my project, particularly in understanding how forces act during vehicle impacts.
2. Lee, T. K., & Kim, R. S. (2020). The role of material properties in the impact resistance of automobiles. Materials Science and Engineering: A, 791, 139829.
Investigating the material properties critical to resisting impacts, this article offers insights into automotive design. The peer-reviewed nature of the journal ensures its credibility. This resource is particularly useful for my study on material selection in collision scenarios.
3. Johnson, R. P., & Lee, A. H. (2019). Advances in crash prediction technology. Transportation Research Journal, 13(2), 210-234.
The paper reviews recent advancements in technology aimed at predicting and preventing collisions. Its publication in a scholarly journal assures its reliability. It will help me explore the technological facet of my project by providing examples of innovations in safety systems.
4. Carter, M. J., & Zhang, L. (2021). Analyzing speed effects in vehicular collisions. Applied Mechanics Reviews, 74(1), 15-29.
This article discusses how varying speeds influence the outcomes of car crashes, offering both theoretical and practical perspectives. Its recent publication and scientific format support its credibility. The insights gained will be instrumental for my section on velocity-related impacts in collisions.
5. Smith, H. P., & Nguyen, P. T. (2018). Evaluating deformation patterns in crash tests. International Journal of Impact Engineering, 112, 87-102.
The research focuses on deformation patterns during crash tests, essential for understanding material behavior under stress. As a peer-reviewed source, it provides reliable data and analysis that will support my examination of impact resistance.
6. Robinson, K. L., & Patel, S. R. (2017). Collision mitigation strategies: A comparative study. Journal of Engineering and Technology Management, 44, 33-48.
This comparative study evaluates different approaches to mitigating collision impacts. Published in a respected journal, the article is credible and offers diverse strategies that can help my project’s solutions-oriented discussions.
7. Williams, D. R., & Lee, N. Y. (2019). Smart materials in automotive safety applications. Smart Materials and Structures, 28(3), 035002.
The paper explores the use of smart materials in enhancing automobile safety, providing a futuristic look at material science. The journal’s peer-reviewed status confirms its credibility.
8. O’Connell, E. J., & Lim, Y. K. (2020). Simulation and modeling of automotive collisions. Advances in Mechanical Engineering, 12(8), 1-12.
This article presents simulation techniques for analyzing automotive collisions, which is important for understanding impact dynamics. Its a credible source as its a scholarly article and will be useful for my project.
9. Thompson, J. W., & Evans, G. A. (2018). The impact of regulatory changes on vehicle safety standards. Transport Policy, 67, 218-226.
Exploring the effects of policy changes on vehicle safety, this article provides a perspective on collision impacts. As a peer-reviewed paper, it's credible and will add important insight to my project.
10. Miller, S. L., & Han, J. H. (2021). Acoustic wave methods in crash diagnostics. Journal of Sound and Vibration, 501, 116019.
Focusing on acoustic diagnostics for crash analysis, this article highlights innovative diagnostic methods. The journal is credible and I believe it has important information which may help my project.
Title: Understanding Collision Dynamics: A Comprehensive Review of Materials and Impact Forces
Abstract: A concise summary (150-250 words) of the goals, methods, key findings, and conclusions of the review.
Introduction: Briefly introduce collision dynamics, their importance, and relevance in current research.
- Thesis/Research Question: Present the main thesis or questions addressed in the paper.
Main Body:
- Literature Review: Summarize significant studies on collision dynamics and material science. Organize by theme or methodology, showing different aspects of the research.
- Material Properties: Discuss how materials affect impact resistance and what current research suggests.
- Technological Advancements: Cover the role of new technologies in predicting and mitigating collisions.
- Comparative Analysis: Evaluate various approaches or studies to illustrate differing perspectives or findings in the field.
Conclusions:
- Summary of Findings: Recapitulate main points, emphasizing the most significant insights gained.
- Implications: Discuss the practical implications of your findings for safety and engineering.
References Cited:
- List all referenced material in APA format. Ensure that every in-text citation is accompanied by a full reference entry.

Write a paper about the topic using all the sources and information. Dont use high level vocabulary and keep it simple so its understandable by most people. Make it seem human and dont make it too high effort, but make sure it gets a good score on this rubric:
Attribute	Maximum score	Self-evaluation	Teacher score
CONTENT – 75 POINTS
Your written product describes appropriate scientific information by:
• aligning with the subject of the project option.	5		
• presenting facts and evidence accurately.	10		
• including a variety of sources and viewpoints.	10		
• using information from credible, relevant sources.	10		
• citing references according to APA standards.	10		
Your writing employs ethical practices for scientific writing by:
• crediting ideas to their sources.	10		
• acknowledging possible biases.	10		
• not plagiarizing the writing of others.	10		
ORGANIZATION – 25 POINTS
Your report, paper, or proposal follows standard guidelines by:
• arranging ideas in a logical, easy-to-follow order.	10		
• forming conclusions supported by empirical evidence.	10		
Your report, paper, or proposal uses transitions to guide the reader smoothly from section to section and from idea to idea.	5		
STYLE – 15 POINTS
Your report, paper, or proposal follows standard industry guidelines.	5		
Your report, paper, or proposal adapts to different contexts by:
• using a tone and style that are appropriate to the audience.	5		
• taking the audience's perspective into account where needed.	5		
PRESENTATION – 25 POINTS
Your report, paper, or proposal uses appropriate media by:
• using illustrations and charts to clarify information.	10		
• using tables and graphs to summarize data.	10		
Your assignment uses a variety of types of media.	5		
TOTAL:	140