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3-Axis Automated Probe Traverse For Aerodynamic Testing, Tananant Boonya-Ananta, Ricky Wai, Zander Oostman, Teyvon Brooks
3-Axis Automated Probe Traverse For Aerodynamic Testing, Tananant Boonya-Ananta, Ricky Wai, Zander Oostman, Teyvon Brooks
Mechanical Engineering
Our primary objective is to design, build, and test an automated traverse to hold measurement probes in Cal Poly’s low speed wind tunnel. The device should cause minimal flow disturbance. It’s movements must be able to cover eighty percent of the three-dimensional test section. The device should have a mounting point for interchangeable probes. The assembly is to be integrated with the current frame structure on the wind tunnel test section, and should allow very minimal deflection of the measurement probe. The user should be able to control the motion of the traverse via a computer interface which supports automatic …
Solar Car Suspension System, Alex Power, Adam O'Camb
Solar Car Suspension System, Alex Power, Adam O'Camb
Mechanical Engineering
No abstract provided.
Fiber Glass Mat Splice Automation, Max Weinstein, Charles Scott Forbes, Max Kilpatrick
Fiber Glass Mat Splice Automation, Max Weinstein, Charles Scott Forbes, Max Kilpatrick
Mechanical Engineering
Currently, GAF has two operators manually splice together each roll of fiberglass mat. To save money and resources, GAF wants to automate this splicing process. Our team is responsible for stage 3 of 5 in this automation process. We are responsible for ensuring that the system is able to move autonomously to the necessary positions required for splicing together the rolls of fiberglass mat. We have determined the best solution for accomplishing this movement is to use linear slide actuators. This document will describe the process by which we arrived at our solution, the details of our solution, and a …
Final Design Report: Grasp Data Acquisition Project Axon Vr, Michael Erberich, Jack Schultz, Tyler Yeaman
Final Design Report: Grasp Data Acquisition Project Axon Vr, Michael Erberich, Jack Schultz, Tyler Yeaman
Mechanical Engineering
No abstract provided.
Automated Machine Tender, Ryan A. Canfield, Samuel N. Adler, Louis S. Roseguo
Automated Machine Tender, Ryan A. Canfield, Samuel N. Adler, Louis S. Roseguo
Mechanical Engineering
The use of CNC (Computerized Numerical Control) machines automate production in factories through programs controlling manual operations such as milling or lathing. The manufacturing process can be automated beyond the use of CNC machines through the addition of a robotic tender capable of carrying out the same tasks as a human operator. A tender can be integrated into the CNC machine itself, or purchased separately and configured to autonomously operate a particular machine. Smaller companies making limited production runs may not find it economically feasible to purchase large scale integrated machine tenders, but would benefit from a versatile autonomous machine …
Photovoltaic Cooking In The Developing World, Tyler Watkins, Christopher O'Day, Omar Arriaga
Photovoltaic Cooking In The Developing World, Tyler Watkins, Christopher O'Day, Omar Arriaga
Mechanical Engineering
The challenge of clean cooking is faced by hundreds of millions of people worldwide. We present a cooking technology consisting of a solar panel directly connected to an electric heater in a well-insulated chamber. Assuming continued decrease in solar panel prices, we anticipate that in a few decades Solar Electric Cooking technologies will be the most common cooking technology for the poor. Appropriate use of insulation reduces the power demand making low-power Insulated Solar Electric Cooking systems already cost competitive.
Final Design Report: Allergen Mixing Assistant (Ama) Micro-Refrigeration Redesigning, Mitchell Parks, Minwoo (Michael) Suh
Final Design Report: Allergen Mixing Assistant (Ama) Micro-Refrigeration Redesigning, Mitchell Parks, Minwoo (Michael) Suh
Mechanical Engineering
Abstract
Allergen Mixing Assistant (AMA) by Xtract Solutions is a device designed to more “effectively refrigerate, organize, and mix allergenic extracts”. Although Xtract Solutions intended the product to be fully automated, the company has decided against its automation and declared its current design as a minimum viable product whose components are too expensive, difficult to source and complex. Therefore, Cal Poly AMA design team - Mitchell Parks and Minwoo Suh - has decided to replace these expensive components with much more economical alternatives as shown below:
Stirling cooler
→
Thermoelectric (Peltier) cooler
Custom Arduino
Controller Card
→
TEC Thermostat *** …
Biofuel Gasification For Residential Heating, Bryan Duke, Courtney Mcintosh, Jeron Hogan
Biofuel Gasification For Residential Heating, Bryan Duke, Courtney Mcintosh, Jeron Hogan
Mechanical Engineering
No abstract provided.
Compression Molded Composite Component, Greg Hermansen, Larsson Johnson, Joanne Medrano, Kyle Hammell
Compression Molded Composite Component, Greg Hermansen, Larsson Johnson, Joanne Medrano, Kyle Hammell
Mechanical Engineering
The following final design report outlines the design and fabrication of a carbon fiber compression molded sunglasses case. It intends to guide the development of a future lab activity for a composites undergraduate course at Cal Poly – San Luis Obispo. The activity aims to support an educational investigation in "out-of-autoclave" composites manufacturing methods, such as compression molding, which offer some key benefits over autoclave molding. The methodology behind the creation of a conceptual design, an initial prototype, and a final product is laid out in detail below.
Non-Destructive Testing Of Carbon Fiber Crank Arms, Timothy Hoekstra, Grant Pocklington, Johnathan Simeroth
Non-Destructive Testing Of Carbon Fiber Crank Arms, Timothy Hoekstra, Grant Pocklington, Johnathan Simeroth
Mechanical Engineering
Carbon fiber components present unique challenges for detecting defects, damage, and fatigue. Nondestructive methods exist for testing and locating defects. However, most of these methods are expensive, not versatile enough for practical use on non-idealized parts, or both. Vibrothermography can be an affordable option and has shown promising results with thin rectangular panels. The goal of this senior project was to assess the feasibility of using vibrothermography to find defects in SRAM carbon fiber crank arms. Our team found vibrothermography to be a feasible method of non-destructive testing for carbon fiber crank arms, and this report discusses the development and …
Final Design Report: Polymer Fatigue Characterization Test Method, Wyatt Ayling, Tyler Price, Brandon Stell, Michela Upson
Final Design Report: Polymer Fatigue Characterization Test Method, Wyatt Ayling, Tyler Price, Brandon Stell, Michela Upson
Mechanical Engineering
Polylogix is a team dedicated to the design, build, and testing of a fatigue machine to simulate cyclic loading on a biomedical polymer. This project is sponsored by Endologix, Inc. to provide test data characterizing mechanical material properties of various formulations of polymer used in abdominal aortic aneurysm surgeries. With this project goal, the machine must be able to test the polymer at body conditions; these include a testing temperature of 37°C and a cycling frequency ranging from 1 Hz to 10 Hz. This report proposes the following solution to this design challenge: an AC motor-driven mechanism utilizing a planetary …
Cal Poly Microgrid - Solar Panel Mounts, Dylan Mayer, Christian Odegard, Gregory Pellegrino, Connor Mckay
Cal Poly Microgrid - Solar Panel Mounts, Dylan Mayer, Christian Odegard, Gregory Pellegrino, Connor Mckay
Mechanical Engineering
No abstract provided.
Cal Poly Engineering Photobot: Final Design Review, Samantha Clements, Carlos Esquivel, Kassandra Rodriguez, Aubrey Russell
Cal Poly Engineering Photobot: Final Design Review, Samantha Clements, Carlos Esquivel, Kassandra Rodriguez, Aubrey Russell
Mechanical Engineering
The purpose of this project was to create a remotely controlled camera device; the PhotoBot captures images and videos of various plants and perhaps animals for biological analysis. The features for such a device allows a user to capture images and videos from various angles and heights with minimal outside assistance. Furthermore, the device is designed for users that do not wish to spend an extensive amount of time and effort taking pictures and videos in the rainforest. The key constraints of the device includes safety, versatility, ease of use, and durability. Ultimately, this project was completed for Dr. Cris …
Revolutionized Additive Manufacturing, Matthew Walker, Winthrop Townsend, Luca Fuller
Revolutionized Additive Manufacturing, Matthew Walker, Winthrop Townsend, Luca Fuller
Mechanical Engineering
No abstract provided.
Disc Brake Energy Conversion, D. Coleman Badgley, Jeffrey W. Powell
Disc Brake Energy Conversion, D. Coleman Badgley, Jeffrey W. Powell
Mechanical Engineering
The original goal of this project was to complete the design and building of a disc brake energy conversion project started by a former senior project team, and then spend a majority of the year performing testing in order to see if the device could be used to accurately calculate the Joule's constant. However, due to unforeseen complications and obstacles, the design and manufacturing portion of the project ended up taking much longer than anticipated. A majority of this time was spent designing the hydraulic plumbing system that would actuate the brakes. The previous team purchased some hydraulic parts and …
4th And 5th Axis Rotary Table, Dakota Bass, Ricky Riedl, Nicole Slagle, Irene Yee
4th And 5th Axis Rotary Table, Dakota Bass, Ricky Riedl, Nicole Slagle, Irene Yee
Mechanical Engineering
No abstract provided.
Inclusive Lectern, Trent Canales, Sean Day, Dylan Sigley, Stephen Sippel
Inclusive Lectern, Trent Canales, Sean Day, Dylan Sigley, Stephen Sippel
Mechanical Engineering
A lectern is an essential piece of equipment for almost all speeches and presentations. They come in many forms and range in degree of professionalism depending on the occasion. Lecterns not only hold a presenter’s notes, a microphone, or other presentation aids, they provide a structure for a presenter that can bolster their confidence during a presentation. As such, it is important that all presenters have a lectern available to them. Unfortunately this is not always the case due to lectern accessibility limitations. This problem inspired the Cal Poly Disability Resource Center to request a lectern that satisfies the Least …
Solar Turbines Compressor Blade Installation Tools, Ryan Bruce, Carolyn Honeycutt, Stephen Oltrogge, Emmett Ross
Solar Turbines Compressor Blade Installation Tools, Ryan Bruce, Carolyn Honeycutt, Stephen Oltrogge, Emmett Ross
Mechanical Engineering
The following report documents a California Polytechnic State University, Mechanical Engineering Senior Project sponsored by the gas turbine manufacturer, Solar Turbines. The senior project team consisted of four senior mechanical engineering students at Cal Poly, all with general concentrations; Ryan Bruce, Carolyn Honeycutt, Steve Oltrogge, and Emmett Ross. Kenneth Thomas sponsored the group and serves as the point of contact between the senior project team and Solar Turbines. He is a member of the Solar Turbines Mechanical Design Engineering Team and a Cal Poly graduate. Christoph Maurer served as the project team’s on-campus advisor.
A gas turbine uses internal combustion …
Walker Tray, Marlene Troncoso, Judy Lantaca, Miriam Krage, Claire Francis
Walker Tray, Marlene Troncoso, Judy Lantaca, Miriam Krage, Claire Francis
Mechanical Engineering
Sean is an individual with Cerebral Palsy, a disability that affects one's balance, muscle tone, muscular coordination, posture and control. Sean utilizes a walker to aid in maintaining his balance and muscular coordination when ambulating. This enables him to walk independently and leads to improved muscle strength and coordination. When walking, Sean places both hands on the walker to maintain balance and thus the ability to walk and carry items at the same time is compromised. Sean would like to be able to transport items while in use of his walker. The goals of this senior project design are to …
Non-Puncturing, No Slip Thv Leaflet Gripper, Brooks Kelly, Eric Nagaoka, Johnny Phane
Non-Puncturing, No Slip Thv Leaflet Gripper, Brooks Kelly, Eric Nagaoka, Johnny Phane
Mechanical Engineering
Confidential
Variable Electron Applicator, Alex Choi, Jacqueline Dulken, Gabriel Kardener, Nelson Lin
Variable Electron Applicator, Alex Choi, Jacqueline Dulken, Gabriel Kardener, Nelson Lin
Mechanical Engineering
No abstract provided.
Low-Cost Prosthetic Transfemoral Socket, Emelie Deans, Joshua Ledgerwood, Leah Moore, Shaina Jung, Kristen Temnyk
Low-Cost Prosthetic Transfemoral Socket, Emelie Deans, Joshua Ledgerwood, Leah Moore, Shaina Jung, Kristen Temnyk
Mechanical Engineering
The goal of this senior project was to design and fabricate a low-cost adjustable prosthetic socket for above the knee amputees. This low-cost consideration was incorporated with the original intent to be used in Fiji, however, this changed to the Dominican Republic. It became clear that the need for an adjustable socket was more as a transitional socket. This transitional socket would be used for the first 6 -12 months upon amputation because this when the most amount of volume fluctuation occurs. The project sponsor, LIM Innovations, has already designed the Infinite Socket which contains four main functioning parts: baseplate, …
Adaptive Stand Up Paddleboard, Stephen Eldridge, Claire Francis, Curtis Hodgson, Haley Rentfro, Spencer Shotts
Adaptive Stand Up Paddleboard, Stephen Eldridge, Claire Francis, Curtis Hodgson, Haley Rentfro, Spencer Shotts
Mechanical Engineering
The task of this project was to create an adaptive paddleboard capable of being ridden by someone who does not have full mobility in one or more of their lower extremities. This project was worked on by a team of five students - three mechanical engineers and two kinesiology students - to create an effective and robust design for the client. To do this, the team regularly met with the client and used individual and group expertise in various fields to bring the best product to the end user.
The client, Damien, was a firefighter who was injured in July …
Universal Weight Machine, Oscar Andrade, Bibiana Koch, Robert Molloy, Haley Rentfro, Emily Woods
Universal Weight Machine, Oscar Andrade, Bibiana Koch, Robert Molloy, Haley Rentfro, Emily Woods
Mechanical Engineering
The purpose of this project is to design and build an inexpensive, universally accessible multi-station exercise machine for the physical and mental well-being of athletes of the Special Olympics and Pathpoint Life Education & Advancement Program. The machine has three sides tiered to higher resistance: the first station offers a minimal resistance aerobic exercise focused on moving the arms with an ergometer, the second station provides numerous locations to latch on resistance bands that will build strength in the athlete’s arms and chest, and the final station has a donated weight machine that offers lat pulldowns and flys with maximum …
Automated Pintail Machine, Stephen Etheredge, Andrew Evans, Michael Fernicola
Automated Pintail Machine, Stephen Etheredge, Andrew Evans, Michael Fernicola
Mechanical Engineering
No abstract provided.
Wind Tunnel Wheel Balance, Brady Hiob, Ryan Hamamura, Samuel Fleet
Wind Tunnel Wheel Balance, Brady Hiob, Ryan Hamamura, Samuel Fleet
Mechanical Engineering
No abstract provided.
Ultra-Light Bear Canister, Naveen Beasley, Eli Rogers, Cory Wilson, Donald Wood
Ultra-Light Bear Canister, Naveen Beasley, Eli Rogers, Cory Wilson, Donald Wood
Mechanical Engineering
A bear canister is the primary tool used by outdoor enthusiasts to protect their food from bears while camping or backpacking. There are many effective products currently on the market, however many are not designed with reduced weight in mind. Hardcore backpackers want to have the lightest gear possible to ease the strain of carrying a large pack for sometimes weeks at a time.
Current bear canisters exist that utilize carbon fiber for weight reduction, however they rely on stock carbon tubes and lack engineering analysis, and no competitor has a fully composite bear canister available. Our sponsor, Nick Hellewell, …
Electric Vehicle Torque Vectoring And Rear Steering Control System, Garrett Heinen, Vincent Lee, Michael Parker, Michael Saggese
Electric Vehicle Torque Vectoring And Rear Steering Control System, Garrett Heinen, Vincent Lee, Michael Parker, Michael Saggese
Mechanical Engineering
NDA
Biomimetic Seal Flipper Test Rig, Gordon D. Belyea, Laura Kawashiri, Dylan Rinker, Kurt Beske
Biomimetic Seal Flipper Test Rig, Gordon D. Belyea, Laura Kawashiri, Dylan Rinker, Kurt Beske
Mechanical Engineering
No abstract provided.
Fluid Analysis In Solar Heat Pipes, Ben Krumholz, Michael Agavo, William Dundon
Fluid Analysis In Solar Heat Pipes, Ben Krumholz, Michael Agavo, William Dundon
Mechanical Engineering
Evacuated tube solar collectors are efficient systems that use heat pipes to facilitate heat transfer. They use incoming solar radiation to heat water. Professor Mason Medizade tasked the team with choosing a component of the system to research and test its influence on system performance. The team investigated the working fluid that runs through the heat pipes. Distilled water, acetone, and ethanol at a range of fill volumes form 1 mL to 11 mL were tested. The team's goal was to find a volume for each fluid to maximize performance of the system. Performance was defined as average temperature rise …