Engineering Library: Difference between revisions
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'''This page contains a list of mostly mechanical engineering resources.''' | '''This page contains a list of mostly mechanical engineering resources.''' | ||
Some | Some contain lots of technical detail. If you find yourself scratching your head, contact a relevant supplier for support. They typically have applications engineers with deep technical expertise to help answer questions quickly. | ||
==Data and formulae== | ==Design== | ||
===Data and formulae=== | |||
* [https://www.schaeffler.com/remotemedien/media/_shared_media/08_media_library/01_publications/schaeffler_2/catalogue_1/downloads_6/stt_de_en.pdf Schaeffler Technical Pocket Guide], a reference manual for mechanical engineers with a beautiful layout. | * [https://www.schaeffler.com/remotemedien/media/_shared_media/08_media_library/01_publications/schaeffler_2/catalogue_1/downloads_6/stt_de_en.pdf Schaeffler Technical Pocket Guide], a reference manual for mechanical engineers with a beautiful layout. | ||
* [https://www.comsol.com/multiphysics COMSOL Multiphysics Cyclopedia], an encyclopedia covering the theory behind engineering physics. | * [https://www.comsol.com/multiphysics COMSOL Multiphysics Cyclopedia], an encyclopedia covering the theory behind engineering physics. | ||
* [https://roymech.org/ RoyMech website], a mechanical engineering catalogue put together by the late Roy Beardmore. | * [https://roymech.org/ RoyMech website], a mechanical engineering catalogue put together by the late Roy Beardmore. | ||
===Dimensions and tolerancing=== | |||
= | * [https://mae.ufl.edu/designlab/Lab%20Assignments/EML2322L-Tolerances.pdf Tolerances of Manufacturing Processes], a short guide explaining tolerances achievable using typical manufacturing processes. Consult your go-to manufacturer if you think your tolerances might be challenging. | ||
==Dimensions and tolerancing== | |||
* [https://mae.ufl.edu/designlab/Lab%20Assignments/EML2322L-Tolerances.pdf Tolerances of Manufacturing Processes], | |||
* [https://www.gdandtbasics.com/gdt-symbols-chart/ GD&T chart], a well-illustrated chart explaining the different geometric tolerance types. Beware of subtle differences between ASME Y14.5 and ISO GPS. | * [https://www.gdandtbasics.com/gdt-symbols-chart/ GD&T chart], a well-illustrated chart explaining the different geometric tolerance types. Beware of subtle differences between ASME Y14.5 and ISO GPS. | ||
* [https://us.misumi-ec.com/pdf/tech/mech/US2010_fa_p3539_3540.pdf Limits and Fits chart], a set of tables for identifying and specifying fits. Having a set of pin and ring gauges to hand is useful for getting a hands-on feel. | * [https://us.misumi-ec.com/pdf/tech/mech/US2010_fa_p3539_3540.pdf Limits and Fits chart], a set of tables for identifying and specifying fits. Having a set of pin and ring gauges to hand, which have varying clearances, is useful for getting a hands-on feel. | ||
===Materials databases=== | |||
==Materials | |||
* [https://www.ulprospector.com/ UL Prospector], a database for finding a material and its supplier. | * [https://www.ulprospector.com/ UL Prospector], a database for finding a material and its supplier. | ||
* [https://www.matweb.com/ MatWeb], a database for finding material properties. | * [https://www.matweb.com/ MatWeb], a database for finding material properties. | ||
* [https://www.totalmateria.com/ Total Materia], a database for finding more detailed and proprietary material property data, which might be useful for | * [https://www.totalmateria.com/ Total Materia], a database for finding more detailed and proprietary material property data, which costs, but might be useful for detailed analytical calculations/FEA. | ||
===Human Factors=== | |||
* [https://webarchive.nationalarchives.gov.uk/ukgwa/20021221085815/http://www.dti.gov.uk:80/homesafetynetwork/pg_rdata.htm, Strength Data for Design Safety - Phase 1] and [https://webarchive.nationalarchives.gov.uk/ukgwa/20060215100812/http://www.dti.gov.uk/homesafetynetwork/gh_rdata2.htm Strength Data for Design Safety - Phase 2], a set of reports with physical strength data to provide designers with ergonomics information for designing safe easy-to-use products. | |||
* [https://www.fda.gov/regulatory-information/search-fda-guidance-documents/applying-human-factors-and-usability-engineering-medical-devices Applying Human Factors and Usability Engineering to Medical Devices], a guide written by the FDA specifically for medical device development, but whose techniques can be applied to all products in general. | |||
==Fasteners== | ==Component selection== | ||
===Fasteners=== | |||
* [https://ntrs.nasa.gov/citations/19980040284 NASA Fastener Design Course], a comprehensive course covering all things fastener related, including '...materials, plantings and coatings, locking methods threads, joint stiffness, rivets, inserts, nut plates, thread lubricants, design criteria, etc.' | * [https://ntrs.nasa.gov/citations/19980040284 NASA Fastener Design Course], a comprehensive course covering all things fastener related, including '...materials, plantings and coatings, locking methods threads, joint stiffness, rivets, inserts, nut plates, thread lubricants, design criteria, etc.' | ||
===Adhesives=== | |||
==Adhesives== | * [https://www.henkel-adhesives-selector.com/ Henkel Adhesive Selector], a tool for identifying an appropriate adhesive. Don't neglect surface preparation (cleaning/abrasion/priming). | ||
* [https://www.henkel-adhesives-selector.com/ Henkel Adhesive Selector], a tool for identifying an appropriate adhesive. | ===Seals=== | ||
==Seals== | |||
* [https://jameswalker.canto.global/direct/document/1fark0b14t5vhe3bodvop9ga5k/J6CwAqqsVFc26VlJtpVC12-DUZI/original?content-type=application%2Fpdf&name=O-ring_guide.pdf James Walker O-ring Guide], a guide to sealing with O-rings. Follow these steps: | * [https://jameswalker.canto.global/direct/document/1fark0b14t5vhe3bodvop9ga5k/J6CwAqqsVFc26VlJtpVC12-DUZI/original?content-type=application%2Fpdf&name=O-ring_guide.pdf James Walker O-ring Guide], a guide to sealing with O-rings. Follow these steps: | ||
# Review page 29 to determine the housing arrangement | # Review page 29 to determine the housing arrangement | ||
# Use the charts to find an O-ring that fits your geometry | # Use the charts to find an O-ring that fits your geometry | ||
# Flick between pages 29 and 30 to finalise the housing dimensions and tolerances | # Flick between pages 29 and 30 to finalise the housing dimensions and tolerances | ||
: There are nuances when it comes to robust seals, so follow the guide as closely as possible. | : There are nuances when it comes to robust seals, so follow the guide as closely as possible. General tips: | ||
** Choose as large a cross-section as possible t give yourself as wide a tolerance as possible for achieving a nominal squeeze. | |||
** Radial seals are generally more robust than axial seals, and if using a radial seal, choose a piston seal over a rod seal as it's easier to machine and inspect a groove on the OD of a rod than on the ID of a bore. | |||
** Grease the O-ring, even if it's a static seal, to ease assembly. It can also help to seal a gas against a surface finish which is not smooth enough (''vacuum grease''). | |||
** Beware of hysteresis in dynamic applications. The greater the nominal squeeze, the greater the effect. | |||
** Follow all the other recommendations in the design guide as closely as possible, not forgetting surface finish, lead-ins etc. | |||
== | ==Manufacturing methods== | ||
===Injection Moulding=== | |||
* [https://www.dupont.com/content/dam/dupont/amer/us/en/mobility/public/documents/en/General%20Design%20Principles%20Mod%201.pdf DuPont Engineering Polymers - General Design Principles]. * In the UK, DuPont also offers a complimentary day course which covers the basics of designing for injection moulding. | |||
= | * [https://www.protolabs.com/en-gb/resources/design-aids/ Protolabs injection moulding design aids]. It includes | ||
** An order page for a free 'design cube', an excellent tool for giving you a hands-on feel for the different features that are possible, and general design dos and don'ts. | |||
** A material selection guide. | |||
==Injection Moulding | |||
* [https://www.dupont.com/content/dam/dupont/amer/us/en/mobility/public/documents/en/General%20Design%20Principles%20Mod%201.pdf DuPont Engineering Polymers - General Design Principles]. | |||
* DuPont also offers a complimentary day course which covers the basics of designing for injection moulding. | |||
* [https://www.protolabs.com/en-gb/resources/design-aids/ Protolabs injection moulding design aids] | |||
** | |||
** A material selection guide | |||
** An Injection Moulding for Dummies e-book. | ** An Injection Moulding for Dummies e-book. | ||
*[https://tangram.co.uk/wp-content/uploads/Plastics-Topics-Periodic-Table-Full-December-2021.pdf Periodic Table of Thermoplastics] by Tangram Technology. | |||
*[https://tangram.co.uk/wp-content/uploads/Plastics-Topics-Periodic-Table-Full-December-2021.pdf Periodic Table of Thermoplastics] | ===Die Casting=== | ||
* [https://cwmdiecast.com/design-center/design-guides/ Metal Die Casting Design Guides] by Chicago White Metal Casting. | |||
== | ==Inspiration and Learning== | ||
===Mechanical Engineering 101=== | |||
* [https://youtube.com/playlist?list=PLtaR0lZhSyANYB0Xxb9OSp47pHuQmj3Ol Tim Hunkin's The Secret Life of Components], a YouTube playlist explaining basic mechanical components through practical demonstrations. | |||
* [https://youtube.com/playlist?list=PLJryl8itrrymdlP9wqJVwKQ9S7YXFOJdZ Tarkka's Mechanical Engineering Design Basics], a YouTube playlist covering the fundamentals. | |||
===Machines and Mechanisms=== | |||
* [https://us.misumi-ec.com/us/incadlibrary/ MISUMI application library], a database of ready-made machines and mechanisms. | |||
* [https://youtube.com/@JaredOwen Jared Owen's YouTube channel], a series of beautiful 3D animations demonstrating the inner workings of complex mechanical assemblies. | |||
* [https://youtube.com/@BranchEducation Branch Education YouTube channel], 3D animations showing the inner workings of mostly electronics. | |||
===Reverse Engineering=== | |||
* [https://youtube.com/@bigclivedotcom Big Clive's YouTube channel], a channel with teardowns of cheap and cheerful consumer products. The focus is on electronics, but includes some mechanical design too. | |||
* [https://www.fictiv.com/teardowns Fictiv Teardowns], a catalogue of teardowns of high-end consumer products. | |||
* [https://www.youtube.com/@arduinoversusevil2025 AvE's BOLTR series], a YouTube channel with a teardowns of mechanical hand tools. His BOLTR playlist doesn't include his recent releases, so scroll through his video uploads instead. | |||
* [https://www.youtube.com/playlist?list=PLkiDlGyJnprewfFv2-IPZbc5tHbRqaAgN Munro Live Teardowns], a YouTube playlist covering teardowns of car components, with a focus on benchmarking and costing. | |||
* [https://youtube.com/@WeberAuto WeberAuto], a YouTube channel with teardowns of car components, with a focus on technical detail for training automotive engineers. | |||
===Textbooks=== | ===Textbooks=== | ||
* [https://collection.bccampus.ca/ BC Open Collection], a library of free and open-source educational textbooks. | * [https://collection.bccampus.ca/ BC Open Collection], a library of free and open-source educational textbooks. | ||
| Line 70: | Line 69: | ||
: Alternatively, directly ask the author for a copy, through their university email or ResearchGate, or try and find it through an open-access publisher. | : Alternatively, directly ask the author for a copy, through their university email or ResearchGate, or try and find it through an open-access publisher. | ||
* [https://ntrl.ntis.gov/NTRL/ National Technical Reports Library], a free open-access database of US-funded research. | * [https://ntrl.ntis.gov/NTRL/ National Technical Reports Library], a free open-access database of US-funded research. | ||
==Other== | |||
===Medical Device Development=== | ===Medical Device Development=== | ||
* [https://youtube.com/playlist?list=PLey4Qe-UxcxaB_nSeZK-osQTIcGt5WiRX CDRH Learn: Medical Device Education Basics 101], a YouTube series made by the FDA explaining medical device regulatory requirements. | |||
* [https://www.youtube.com/@NelsonLabs/videos, Nelson Labs' YouTube channel], a series of videos from a microbiological test house, covering topics such as Cleaning, Disinfection and Sterilisation, and Biocompatibility testing. | |||
* [https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfMAUDE/search.CFM MAUDE database], an FDA database of suspected medical device-associated deaths, serious injuries and malfunctions. | * [https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfMAUDE/search.CFM MAUDE database], an FDA database of suspected medical device-associated deaths, serious injuries and malfunctions. | ||
* [https://youtube.com/@TheAnatomyLab Institute of Human Anatomy YouTube channel], a channel using real human cadavers to teach people about the body. | * [https://youtube.com/@TheAnatomyLab Institute of Human Anatomy YouTube channel], a channel using real human cadavers to teach people about the body. | ||
===Microfluidics=== | |||
* [https://youtube.com/@MBLabWSU Microfluidics and BioInstrumentation Lab @ Wayne State University] | |||
===NASA Technical Standards=== | ===NASA Technical Standards=== | ||
* [https://ntrs.nasa.gov/ NASA Technical Reports] | * [https://ntrs.nasa.gov/ NASA Technical Reports] | ||
* [https://standards.nasa.gov/nasa-technical-standards NASA Technical Standards] | * [https://standards.nasa.gov/nasa-technical-standards NASA Technical Standards] | ||
* [https://workmanship.nasa.gov/lib/insp/2%20books/frameset.html NASA Electronics Workmanship standards], graphical illustrations of acceptable and unacceptable electronics workmanship. | * [https://workmanship.nasa.gov/lib/insp/2%20books/frameset.html NASA Electronics Workmanship standards], graphical illustrations of acceptable and unacceptable electronics workmanship. | ||
===DIY=== | |||
== | |||
* [https://wiki.diyfaq.org.uk UK DIY Wiki], a Wiki covering all things DIY. | * [https://wiki.diyfaq.org.uk UK DIY Wiki], a Wiki covering all things DIY. | ||
Revision as of 20:26, 19 June 2023
This page contains a list of mostly mechanical engineering resources.
Some contain lots of technical detail. If you find yourself scratching your head, contact a relevant supplier for support. They typically have applications engineers with deep technical expertise to help answer questions quickly.
Design
Data and formulae
- Schaeffler Technical Pocket Guide, a reference manual for mechanical engineers with a beautiful layout.
- COMSOL Multiphysics Cyclopedia, an encyclopedia covering the theory behind engineering physics.
- RoyMech website, a mechanical engineering catalogue put together by the late Roy Beardmore.
Dimensions and tolerancing
- Tolerances of Manufacturing Processes, a short guide explaining tolerances achievable using typical manufacturing processes. Consult your go-to manufacturer if you think your tolerances might be challenging.
- GD&T chart, a well-illustrated chart explaining the different geometric tolerance types. Beware of subtle differences between ASME Y14.5 and ISO GPS.
- Limits and Fits chart, a set of tables for identifying and specifying fits. Having a set of pin and ring gauges to hand, which have varying clearances, is useful for getting a hands-on feel.
Materials databases
- UL Prospector, a database for finding a material and its supplier.
- MatWeb, a database for finding material properties.
- Total Materia, a database for finding more detailed and proprietary material property data, which costs, but might be useful for detailed analytical calculations/FEA.
Human Factors
- Strength Data for Design Safety - Phase 1 and Strength Data for Design Safety - Phase 2, a set of reports with physical strength data to provide designers with ergonomics information for designing safe easy-to-use products.
- Applying Human Factors and Usability Engineering to Medical Devices, a guide written by the FDA specifically for medical device development, but whose techniques can be applied to all products in general.
Component selection
Fasteners
- NASA Fastener Design Course, a comprehensive course covering all things fastener related, including '...materials, plantings and coatings, locking methods threads, joint stiffness, rivets, inserts, nut plates, thread lubricants, design criteria, etc.'
Adhesives
- Henkel Adhesive Selector, a tool for identifying an appropriate adhesive. Don't neglect surface preparation (cleaning/abrasion/priming).
Seals
- James Walker O-ring Guide, a guide to sealing with O-rings. Follow these steps:
- Review page 29 to determine the housing arrangement
- Use the charts to find an O-ring that fits your geometry
- Flick between pages 29 and 30 to finalise the housing dimensions and tolerances
- There are nuances when it comes to robust seals, so follow the guide as closely as possible. General tips:
- Choose as large a cross-section as possible t give yourself as wide a tolerance as possible for achieving a nominal squeeze.
- Radial seals are generally more robust than axial seals, and if using a radial seal, choose a piston seal over a rod seal as it's easier to machine and inspect a groove on the OD of a rod than on the ID of a bore.
- Grease the O-ring, even if it's a static seal, to ease assembly. It can also help to seal a gas against a surface finish which is not smooth enough (vacuum grease).
- Beware of hysteresis in dynamic applications. The greater the nominal squeeze, the greater the effect.
- Follow all the other recommendations in the design guide as closely as possible, not forgetting surface finish, lead-ins etc.
Manufacturing methods
Injection Moulding
- DuPont Engineering Polymers - General Design Principles. * In the UK, DuPont also offers a complimentary day course which covers the basics of designing for injection moulding.
- Protolabs injection moulding design aids. It includes
- An order page for a free 'design cube', an excellent tool for giving you a hands-on feel for the different features that are possible, and general design dos and don'ts.
- A material selection guide.
- An Injection Moulding for Dummies e-book.
- Periodic Table of Thermoplastics by Tangram Technology.
Die Casting
- Metal Die Casting Design Guides by Chicago White Metal Casting.
Inspiration and Learning
Mechanical Engineering 101
- Tim Hunkin's The Secret Life of Components, a YouTube playlist explaining basic mechanical components through practical demonstrations.
- Tarkka's Mechanical Engineering Design Basics, a YouTube playlist covering the fundamentals.
Machines and Mechanisms
- MISUMI application library, a database of ready-made machines and mechanisms.
- Jared Owen's YouTube channel, a series of beautiful 3D animations demonstrating the inner workings of complex mechanical assemblies.
- Branch Education YouTube channel, 3D animations showing the inner workings of mostly electronics.
Reverse Engineering
- Big Clive's YouTube channel, a channel with teardowns of cheap and cheerful consumer products. The focus is on electronics, but includes some mechanical design too.
- Fictiv Teardowns, a catalogue of teardowns of high-end consumer products.
- AvE's BOLTR series, a YouTube channel with a teardowns of mechanical hand tools. His BOLTR playlist doesn't include his recent releases, so scroll through his video uploads instead.
- Munro Live Teardowns, a YouTube playlist covering teardowns of car components, with a focus on benchmarking and costing.
- WeberAuto, a YouTube channel with teardowns of car components, with a focus on technical detail for training automotive engineers.
Textbooks
- BC Open Collection, a library of free and open-source educational textbooks.
Academic Research
- Sci-Hub, a database of free academic papers.
- Although research is nearly always taxpayer-funded, with authors receiving no royalties, most papers remain stuck behind publishers' paywalls. Accessing Sci-Hub is illegal in many countries, so use a VPN if required.
- Alternatively, directly ask the author for a copy, through their university email or ResearchGate, or try and find it through an open-access publisher.
- National Technical Reports Library, a free open-access database of US-funded research.
Other
Medical Device Development
- CDRH Learn: Medical Device Education Basics 101, a YouTube series made by the FDA explaining medical device regulatory requirements.
- Nelson Labs' YouTube channel, a series of videos from a microbiological test house, covering topics such as Cleaning, Disinfection and Sterilisation, and Biocompatibility testing.
- MAUDE database, an FDA database of suspected medical device-associated deaths, serious injuries and malfunctions.
- Institute of Human Anatomy YouTube channel, a channel using real human cadavers to teach people about the body.
Microfluidics
NASA Technical Standards
- NASA Technical Reports
- NASA Technical Standards
- NASA Electronics Workmanship standards, graphical illustrations of acceptable and unacceptable electronics workmanship.
DIY
- UK DIY Wiki, a Wiki covering all things DIY.