Team 6 Capstone

                                   University of Houston Capstone Team 6 - Blog 2     The University of Houston Capstone Team 6 is dedicated to creating a testing device to address SLB's critical need for specialized testing of polymer springs. This device will accurately calculate spring compression, load, and temperature, enabling a comprehensive understanding of spring behavior under different force and temperature conditions.      The project presents certain challenges and constraints. The device must accommodate spring samples ranging from 0.125 to 0.500 inches in size, subjecting them to compression forces between 50 and 500 pounds. It should also be capable of raising the spring temperature from ambient to 400°F while monitoring how the compressed springs gradually lose their force over time. Furthermore, the team aims to design a compact device with minimal footprint, targeting dimensions of approximately 1 x 1 x 1 ft, though adjustments may be necessary.      The physical

  University of Houston Capstone Team 6 - Blog 1     Springs are important in many products, like cars, planes, medical devices, and everyday items. They move in different ways and can handle different amounts of force. Springs come in different sizes, shapes, and materials, which affect how well they work. Testing equipment for springs needs to be able to control their movement and measure the force they can handle. Engineers have many options when choosing a testing system, and they should consider factors like the application, cost, and long-term value. Schlumberger (SLB), a global technology company, driving energy innovation for a balanced planet, is developing unique materials, but lacks the specialized testing equipment to better study the properties of these materials. One specific test they were missing was a compression test of polymer springs. The test involves applying force and temperature changes to these springs to study their behavior. We're going to create a device