User:Ampringl: Difference between revisions

Latest revision as of 22:57, 13 April 2024

User data
Name	Adam Pringle
Affiliations	Michigan Technological University
Interests	3d printing, OSH, photovoltaic, Outer Space, Innovative materials, Product design, Manufacturing processes, Material property optimization
Groups	MOST users MY3701 People Fall2013 777-2015 People 5490-16
Courses	MY4777, MY3701
Registered	2013
Impact	60,237
Contributions	How to install FLIR Lepton Thermal Camera and applications on Raspberry Pi 3D printed PLA as a mold material for ceramics Glass substrate cleaning method: MOST Review of low cost synthesis of perovskite solar cells Dual use of water for PV farms and aquaculture literature review Open source syringe pump 3-D printer Atomic Force Microscopy(AFM) Protocol : MOST High-Temperature Syringe Printer:MOST Filament print settings: MOST Variable Sifter more

I am a materials scientist and engineer(MSE). I have a bachelors from Michigan Technological Uniersity(MTU) and am working on my PhD under Dr. Paul Sanders and Dr. Joshua Pearce. I desire to make a meaningful positive impact on the world. I intend to do so by expanding the knowledge base around 3D printers and their applications in society and industry. I am a senior member of the Alloy Research Center(ARC) and Michigan Tech's Open Sustainability Technology (MOST) Research groups. My research interests are focused around sustainability and discovering novel additive manufacturing applications utilizing unconventional printing materials. I would like to focus this approach on expanding the application of 3D printing in space based initiatives.

Updated 2-12-20

3D printing experience[edit | edit source]

Polymers(PLA, PETG, PP, PC, and PET via FFF and syringe printing)
Composites(PLA-Aluminum and PLA-Wood via FFF with custom pre mixing)
Thin-films(PBI3 and NiO with slot die - syringe printing)
Metals(Aluminum-4047,5356,and 6061 via wire arc weld-base printing)
Ceramics(Al2O3 via selective laser sintering)
- Lit review CET Sources
- Lit review EM lens Sources
- Lit review WAAM Mech properties Sources

Past Projects[edit | edit source]

MY4777 - 3D Printing at MTU
- OSH Science Project: 3D Printed PLA as a Mold Material for Ceramics
- OSAT Project: Variable Food Sifter
- Big Money Project: Dungeons and Dragons Toy Figures <- may change to headset holder clamp for desk.
- Big Money Project: Variable Headset holder clamp

Pages[edit | edit source]

Papers[edit | edit source]

@@ Line 1: / Line 1: @@
-==Adam Pringle==
+[[File:Printer profile pic.jpg|thumb]]
-[[Image:Apringle.jpg|thumb|right|]]
+{{User data
+| name = Adam Pringle
+| interests = 3d printing, OSH, photovoltaic, Outer Space, Innovative materials, Product design, Manufacturing processes, Material property optimization
+| groups = MOST users, MY3701 People Fall2013, 777-2015 People, 5490-16
+| courses = MY4777, MY3701
+}}
-===Bio===
+I am a materials scientist and engineer(MSE). I have a bachelors from Michigan Technological Uniersity(MTU) and am working on my PhD under Dr. Paul Sanders and Dr. Joshua Pearce. I desire to make a meaningful positive impact on the world. I intend to do so by expanding the knowledge base around 3D printers and their applications in society and industry. I am a senior member of the Alloy Research Center(ARC) and Michigan Tech's Open Sustainability Technology (MOST) Research groups. My research interests are focused around sustainability and discovering novel additive manufacturing applications utilizing unconventional printing materials. I would like to focus this approach on expanding the application of 3D printing in space based initiatives.
-I am a materials scientist and engineer(MSE). I have a bachelors from Michigan Technological Uniersity(MTU) and am working on my masters. One of my dreams is to make a meaningful positive impact on the world to improve the overall standard of living. I intend to do this by becoming the best MSE that I can. I am a senior member of the Michigan Tech's Open Sustainability Technology (MOST) Research Group. My particular interests are focused around sustainability and discovering novel additive manufacturing applications utilizing unconventional printing materials. Additionally, I have great enthusiasm for understanding and manipulating micro and nano scale material surfaces and associated energies for creative material selection and usage. Lastly, I sincerely hope to one day help mankind move towards colonizing space through the usage of 3D printing.
-===Research===
+''Updated 2-12-20''
-My masters research will be focused on developing a method of low cost synthesis of perovskite solar cells. This project will increase our understanding of perovskites and how they can be 3D printed and fabricated into solar cells.
+=== 3D printing experience ===
-====Interests====
+* Polymers(PLA, PETG, PP, PC, and PET via FFF and syringe printing)
+* Composites(PLA-Aluminum and PLA-Wood via FFF with custom pre mixing)
+* Thin-films(PBI3 and NiO with slot die - syringe printing)
+* Metals(Aluminum-4047,5356,and 6061 via wire arc weld-base printing)
+* Ceramics(Al2O3 via selective laser sintering)
+** Lit review [[CET Sources]]
+** Lit review EM lens Sources
+** Lit review [[WAAM Mech properties Sources]]
-*3D Printing
+==== Past Projects ====
-*Nanotechnology
-*Renewable energy
-*Outer Space
-*Innovative materials
-*Product design
-*Manufacturing processes
-*Material property optimization
-==Userboxes==
+* MY4777 - 3D Printing at MTU
+** OSH Science Project: [[3D Printed PLA as a Mold Material for Ceramics]]
+** OSAT Project: [[Variable Food Sifter]]
+** Big Money Project: Dungeons and Dragons Toy Figures <- may change to headset holder clamp for desk.
+** Big Money Project: Variable Headset holder clamp
-{{userboxtop}}
+==== Pages ====
-{{User MOST}}
-{{User photovoltaic}}
-{{User OSH}}
-{{User 3D printing}}
-{{userboxbottom}}
-====Current Research====
+# [[Open source syringe pump 3-D printer]]
+# [[Filament print settings: MOST]]
+# [[Glass substrate cleaning method: MOST]]
+# [[Atomic Force Microscopy(AFM) Protocol : MOST]]
+# [[Chemtool(How to draw chemistry):MOST]]
+# [[Grinding Mill in Forestry Plant:MOST]]
+# [[Transmission Measurement Procedure:MOST]]
+# Composite Filament Fabrication: MOST
+# [[Current Advancements in Human Organic 3-D Printing]]
+# [[Heated syringe delta 3D printer:MOST]]
+# [[CNC Router Parts-based metal printers SOP]]
+==== Papers ====
-#[http://www.appropedia.org/Dual_use_of_water_for_PV_farms_and_aquaculture_literature_review low cost synthesis of perovskite solar cells]
+* [https://www.sciencedirect.com/science/article/abs/pii/S1364032117308304?via%3Dihub|Aquavoltaics: Synergies for dual use of water area for solar photovoltaic electricity generation and aquaculture]
-#[http://www.appropedia.org/Dual_use_of_water_for_PV_farms_and_aquaculture_literature_review Dual use of water for PV farms and aquaculture]
+* [https://forestprodjournals.org/doi/10.13073/FPJ-D-17-00042|Wood furniture waste-based recycled 3-D printing filament]
-#[http://www.appropedia.org/Wood_Filament_Fabrication_Literature_Review Wood Filament Fabrication]
+* [https://com-mendeley-prod-publicsharing-pdfstore.s3.eu-west-1.amazonaws.com/3087-ELSEVIER/10.1016/j.ohx.2018.e00026/RepRapable_Recyclebot_Open_source_3_D_printable_extruder_for_converting_plastic_to_3_D_printing_filament.pdf?X-Amz-Security-Token=IQoJb3JpZ2luX2VjEJL%2F%2F%2F%2F%2F%2F%2F%2F%2F%2FwEaCWV1LXdlc3QtMSJGMEQCIFmwdzt9urHVFK50rZF1GZE17OE81f52CfZrx1PJ9D8sAiBn2fVBF87MqGqAPjRJJ3Owcfh50Z1GhWrhjlZlmy%2Ft2Cr2AwhLEAEaDDEwODE2NjE5NDUwNSIMoMBI18tTZOw4yE4LKtMD6t4PVtkboNFKaXdKpBQB2TNHVLW%2FoO0ebZzFtsd7M9Y8F%2Ff9dnTwljOvNoQROZVAom8KVlSbHS55ekt6HrcpLIDqPVOiMTgTE%2FHAiW7ByUTLXVMlO076JAEUnJ9yCtOp4cAbILgr%2FRvOBLlSCuwS6PizZ7gSMeyJnF41KnCLbCac65bDytpmbnaNorAoR9WrEiEtv2ZCH6Nc8ZUZ5kYqXIBfxxNL18W%2Bufak1lBfCuYResB1AJ1I5Jl2b9%2F%2BKs5zEk%2F7VBKe2CG803yl22sJqMRoHkcEMcU%2B1TVJnDSXxc17vzvpH1MhAawouUH2IKiLnD%2FmRriAblExnBoyol2IVHjnaAZQ5Ot7oqhlb65enKWwnZ%2BgoYrehE%2Fe8XrqT5jkqa6YyMq8TkYQoupTxQoY8nXsFnRUUlxDXdAmVU3RjHal9nCXVSTw4H8N2kmNh%2BzezBUAqhi%2BjZyDYg0SspibeA%2FQDBucWgAmFA1uPiIeNzBeu%2F9C5FUJx8pSBVe6h3eYlv%2BZJPtLjvdvR%2BVfwyWD9zI%2BS%2B2Umji12m0Iqz2pncpPcxzEre3y19Ui%2FYV4wxzORqRC%2BxSDj2TdcJPI4DrjGQzyboxoHdK8msLARbJzYTMdY4Mwoe6Q8gU68AFbmVKAHIYW5dAnLZIvq58jKC2N%2F60TrOYKUA6rIBDiKX6MAOeHANK45zCuU5wje5MIVWIf%2FRU4bUb9H%2FuV512G%2BhG0PghWF1Pux6MdVhEz9M9sgWmanlrHOB2z3DigEVag6jKsNBs4uXHmo6GWYljpziO5cqNbz6K3JJDc8FCEAAa22C5AzN767pPI%2B6uEvwM%2B5ww10NI503ZlPy7l7m9k%2FX6b5F2sMwyJh5sb9m3TuLlqfYQlkrHpNcJoTZd4uZSfYkX4pRB17ow0efO%2FjQFJNBEPV1eHCNfPWvn9wx6bpOH0X6yxk4KSiLMhet1hcQI%3D&X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Date=20200212T182527Z&X-Amz-SignedHeaders=host&X-Amz-Expires=300&X-Amz-Credential=ASIARSLZVEVEWTECEQB6%2F20200212%2Feu-west-1%2Fs3%2Faws4_request&X-Amz-Signature=90c85f8ed278a0408535e4f6e461a01009aba8805846af448ffb28eae4c677d3|RepRapable Recyclebot: Open source 3-D printable extruder for converting plastic to 3-D printing filament]
+* [https://www.sciencedirect.com/science/article/pii/S221486041730012X?via%3Dihub|Open-source parametric 3-D printed slot die system for thin film semiconductor processing]
-====Past Projects====
+* [https://www.sciencedirect.com/science/article/abs/pii/S0167577X18303628?via%3Dihub|Micromorphology analysis of sputtered indium tin oxide fabricated with variable ambient combinations]
-*MY4777 - 3D Printing at MTU
-**OSH Science Project: [[3D Printed PLA as a Mold Material for Ceramics]]
-**OSAT Project: [[Variable Food Sifter]]
-**Big Money Project: [[Dungeons and Dragons Toy Figures]] <- may change to headset holder clamp for desk.
-**Big Money Project: [[Variable Headset holder clamp]]
-====Pages====
-#[http://www.appropedia.org/Open_source_syringe_pump_3-D_printer Open source syringe pump 3-D printer]
-#[http://www.appropedia.org/Filament_print_settings:_MOST Filament print settings]
-#[http://www.appropedia.org/Glass_substrate_cleaning_method:_MOST Glass substrate cleaning method]
-#[http://www.appropedia.org/Atomic_Force_Microscopy(AFM)_Protocol_:_MOST Atomic Force Microscopy(AFM) Protocol]
-#[http://www.appropedia.org/Chemtool(How_to_draw_chemistry):MOST Chemtool(How to draw chemistry)]
-#[http://www.appropedia.org/Grinding_Mill_in_Forestry_Plant:MOST Grinding Mill in Forestry Plant]
-#[http://www.appropedia.org/Transmission_Measurement_Procedure:MOST Transmission Measurement Procedure]
-#[http://www.appropedia.org/Composite_Filament_Fabrication:_MOST Composite Filament Fabrication]
-====Papers====
-[[Category: MOST users]]
-[[Category:MY3701 People Fall2013]]
-[[category:777-2015 People]]
-[[category:MY4777]]
-[[category:3D printing]]
-[[category:5490-16‎]]