MMET 206 Lab Report No 5

This problem is not part of a graded assignment. Solve this problem and show all of the work

4. For the composite product shown (carbon fiber-epoxy duct flange), describe the plan to produce the final product from a complete product design (supplied by the customer's engineering department). You are responsible for all aspects of production; nothing is supplied other than the design. Explain/list all material, equipment, tooling & personnel requirements to be able to deliver a product of acceptable quality at a rate of 20 units per week. A contract has been signed for 2 years. For the sake of this part, assume there are no certifications required. Overall part size is 6.00" x 8.00" x 1.25" deep. Thickness is approx. 0.085" as produced by 8 plies of twill fabric. The surface shown is the visible side and requires a tooled surface. You choose the process.

Hello Sir.Good Evening I have a question in my home work related materials polimer lesson. The following below is my question. Please advice, thank you so much. "Explain how the relationship between temperature and the tensile strength of polymers ?"

Based on the table below, which of the statements below is/are correct regarding the 3D printing process shown in the schematic? Table 15.2 Melting and Glass Transition Temperatures for Some of the More Common Polymeric Materials Z AXIS a. C. Ⓒ e. A X AXIS B Y AXIS LEGEND: A: Extruder B: Nozzle C: Printed part D: Hot plate E: Filament Material Polyethylene (low density) Polytetrafluoroethylene Polyethylene (high density) Polypropylene Nylon 6,6 Polyester (PET) Poly(vinyl chloride) Polystyrene Polycarbonate Glass Transition Temperature [°C (°F)] -110 (-165) -97 (-140) -90 (-130) -18 (0) 57 (135) 69 (155) 87 (190) 100 (212) 150 (300) You can produce a room-temperature non-fragile 225C oven-safe food container with at least one material from the above table using this process and a 280C nozzle b. This process is best suited for the low volume production of tubes, bars and beams due to the nature of the extrusion process Manufacturing a thermoplastic HDPE hose with an extrusion nozzle…

Hello. I was wondering if I could get help on a study questions I am struggling with for my material science class. I would appreciate the help. Thanks.

Task 2 The company is also interested in expanding its production capability into composite based products. You have been asked to identify typical products manufactured using selected composite processes and then describe how the properties of the composite make this a suitable process for the product. Briefly describe the process and then identify at least one type of product which can be manufacturing using this process. Then describe the properties that make the composite and process suitable for that application. · Manual and automated layup · Filament winding · Pultrusion · Resin Transfer Moulding

Task 1 The company is interested in expanding its production capability into ceramic based products. You have been asked to identify typical products manufactured using selected ceramic processes and then describe how the properties of the ceramic make this a suitable process for the product. Briefly describe the process and then examine which types of products which can be manufactured using this process. Then describe the properties that make the ceramic and process suitable for that application. · Ceramic Sintering · Ceramic Hot Pressing · Chemical Vapour Deposition · Reaction Bonding process

Injection molding is a process in which a polymer is heated to a highly plastic state and forced to flow under high pressure into a mold cavity, where it solidifies and is then removed from the cavity: O true O false

Hello. I am having trouble with one of the questions I have for my study guide for Material Science. I will list the question down below. Thanks. What are two differences between thermoplastic and thermosetting polymers?

The 3D printing approach shown below is fused deposition modelling (FDM), where feedstock polymer is fed into the heated printer nozzle and deposited onto the platform to form the final object in the desired geometry. Which of the polymers below are suitable for this process and what nozzle temperature should be used for that material? Z AXIS X AXIS HOME Y AXIS D LEGEND: A : Extruder B: Nozzle C: Printed part D: Hot plate E: Filament Select one or more: a. Polyvinyl chloride - 110°C (for PVC: Tg = 120°C, Tmelt = 240°C, HDT = 92 °C) b. ABS-125°C (for ABS: Tg = 140°C, Tmelt = 200°C, HDT = 100 °C) c. Polyvinyl chloride - 250°C (for PVC: Tg = 120°C, Tmelt = 240°C, HDT = 92 °C) d. ABS-215°C (for ABS: Tg = 140°C, Tmelt = 200°C, HDT = 100 °C)

Based on the table below, which of the statements below is/are correct regarding the 3D printing process shown in the schematic? Z AXIS X AXIS YAXIS LEGEND A: Extruder B: Nozzle C: Printed part D: Hot plate E: Filament Table 15.2 Melting and Glass Transition Temperatures for Some of the More Common Polymeric Materials Material Polyethylene (low density) Polytetrafluoroethylene Polyethylene (high density) Polypropylene Nylon 6,6 Polyester (PET) Poly(vinyl chloride) Polystyrene Polycarbonate Glass Transition Temperature [°C (°F)] -110 (-165) -97 (-140) -90 (-130) -18 (0) 57 (135) 69 (155) 87 (190) 100 (212) 150 (300) Melting Temperature [°C (°F)] 115 (240) 327 (620) 137 (279) 175 (347) 265 (510) 265 (510) 212 (415) 240 (465) 265 (510) a. This process is best suited for the low volume production of tubes, bars and beams due to the nature of the extrusion process b. Manufacturing a thermoplastic HDPE hose with an extrusion nozzle heated to 175C is possible with this process □c. You can…

Use the graph depicting specific volume versus temperature for polymers to answer the following question.: Identify the curve that exhibits both a definitive glass transition temperature and melting temperature. Group of answer choices Curve A Curve B Curve C

Can someone please help me to answer the following question completely. PLEASE AND THANK YOU!!!

a-c explained fully please thanks!

please show steps and fomulas so I can understand approach