Hands-On Experimentation in the Fluid Mechanics Classroom as Homework With eFluids.com

Author(s):  
Elisabeth Dwyer ◽  
Sivaram Gogineni ◽  
Alexander Smits ◽  
Ron Adrian ◽  
Stavros Tavoularis ◽  
...  

In an introductory fluid mechanics course, it is important for students to realize that the mathematical models they are deriving in class sometimes model the real world well and sometimes not so well. One way to demonstrate this is to have the students model a simple experiment and compare the results of the model to those of the experiment. This exercise teaches the importance of the model assumptions and the applicability of the model. It would be even more effective if the experiments were simple enough so that students could do them at home as a homework assignment, rather than restricting their experience to a “canned” two hour lab course. At eFluids.com, we are building a library of such experiments in an effort to build a community of educators that moves beyond the traditional mathematical exercises for homework. Here, we describe a number of these experiments and how they can be used in classes. We also present some methods of using the eFluids.com Gallery of Images in the classroom to give students the opportunity to see “Fluids in Action.” Finally, we introduce the eFluids Olympiad section where faculty can post effective and “interesting” homework problems.

Author(s):  
John Hubbard

Differential equations are the main way in which we make mathematical models of the real world. This is true in just about all fields, from physics to fluid mechanics, from astronomy to finance: if you want to understand how something evolves, or if you want to understand equilibria, you will need to set up and “solve” differential equations. For instance, our understanding of global warming depends mainly on analyzing the differential equations modeling the weather and seeing how their behavior depends on the concentration of greenhouse gasses in the atmosphere. The future of humanity depends on our getting it right.


2013 ◽  
Vol 18 (9) ◽  
pp. 571

This call for manuscripts is requesting articles that address how to use mathematical models to analyze, predict, and resolve issues arising in the real world.


2019 ◽  
Vol 24 (7) ◽  
pp. 448
Author(s):  
Imani M. Goffney

My name is Naima Goffney, and I am an eleven-year-old seventh grader at Julius West Middle School. I am taking algebra 1 this year. I wanted to write the Math for Real because in math class I do not always think that what we are learning is related to the real world. At home, my mom shows me all the different ways I am mathematically smart, which makes me want to try harder in school during the “rougher” days. We can use math to know more about how to improve our skills and find the math we learn in school more interesting and more related to our real world as middle schoolers.


1996 ◽  
Vol 1 (9) ◽  
pp. 688-693
Author(s):  
Bonnie S. Spence

For the past several years, i have sought out opportunities outside mathematics for personal enrichment and enjoyment. These experiences have caused me to become more aware of the connections between mathematics and other areas. As a result, I have begun developing lessons to show my students how mathematics is used in the real world. One summer I joined another teacher and twelve middle school students and decided to brave the eighteen-hour drive from Oklahoma to the Crow Canyon Archaeological Center in Co1tez, Colorado. The mathematical lesson discussed in this article emerged from one week of learning about the Anasazi culture and experiencing hands-on archaeology. Throughout the years, this lesson has been revised and expanded as both students and experience have given me new ideas.


2013 ◽  
Vol 18 (8) ◽  
pp. 467

This call for manuscripts is requesting articles that address how to use mathematical models to analyze, predict, and resolve issues arising in the real world.


2018 ◽  
Vol 197 ◽  
pp. 17005
Author(s):  
Rahmadean A. Purwatiani ◽  
Tutin Aryanti ◽  
Restu Minggra

Lots of museums in Indonesia have very low visits. Considering their function as sources of knowledge to accommodate studies, education, and recreation purposes at the same time, museums should be fun and educating. This article aims to explore the concepts of a playful museum design to attract more visitors. The study employed qualitative approach using survey and case study. It proposes the use of the unusual and non-everyday building and spatial forms, the sequential flow, and scale arrangement to animate visitors' emotional tensions through flowing and dynamic circulations, bright and contrast colors, and spatial spontaneity. The museum brings in reality into display to allow visitors' hands-on experience and the display into reality to let visitors capture the feeling of what and how it took place in the real world. The playful design breaks museums' monotonicity.


Author(s):  
Gittel T. Grant

The goal of the author's curriculum is to create a foundational understanding of engineering. Creating this program was a long and bumpy road. The methodology was important. The author has long been a fan of inquiry-based science, and her classes were very often hands-on and discovery aligned. It took a few years, but eventually she ironed out the social setting, the real-world connections, and the hands-on open-ended challenges that allowed students to apply their science information. Originally, the author only intended to use the materials in her own classroom, but when she felt it would be a huge benefit to other educators who were grappling with similar challenges, she began to seek publishers. She went through quite a few false starts—scams, lazy publishers, and rejections—until she decided to self-publish. The author discussed, marketed, strategized, and partnered, and now the curriculum is approved for government funding and will be live in January on global digital platform. For every success, there are a dozen failed attempts. However, she had a great support system that was always ready to help her to the next opportunity. This chapter explores that journey.


2013 ◽  
Vol 19 (3) ◽  
pp. 179

This call for manuscripts is requesting articles that address how to use mathematical models to analyze, predict, and resolve issues arising in the real world.


2013 ◽  
Vol 18 (6) ◽  
pp. 339

This call for manuscripts is requesting articles that address how to use mathematical models to analyze, predict, and resolve issues arising in the real world.


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