Metal Reinforced 3D Printing - Revision history

Marcin: /* Tracks */

2025-09-26T02:29:48Z

Tracks

← Older revision		Revision as of 02:29, 26 September 2025
Line 6:		Line 6:
	A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]		A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]

	<html> ~~________________________________~~ </html>		<html> <iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRN2TZ6EcgYuoDkfS0vKw1efdcKkCiWUDo3UxVUc7Af0ArqSluxDJkWnUQUs_deyHaFbWIQPpktoP73/pubembed?start=false&loop=false&delayms=3000" frameborder="0" width="480" height="389" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe> </html>

	[https://docs.google.com/presentation/d/1NhTBnP0GMCwOCEgPyYPvyw7s52uIXb9o80cmgok9KD8/edit?slide=id.g375bf221c4c_0_0#slide=id.g375bf221c4c_0_0 edit]		[https://docs.google.com/presentation/d/1NhTBnP0GMCwOCEgPyYPvyw7s52uIXb9o80cmgok9KD8/edit?slide=id.g375bf221c4c_0_0#slide=id.g375bf221c4c_0_0 edit]

Marcin: /* Drive Belts */

2025-09-26T02:29:26Z

Drive Belts

← Older revision		Revision as of 02:29, 26 September 2025
Line 3:		Line 3:
	For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.		For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.

			=Tracks=
	A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]		A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]

	<html> ________________________________ </html>		<html> ________________________________ </html>

	[~~_______________________________________~~ edit]		[https://docs.google.com/presentation/d/1NhTBnP0GMCwOCEgPyYPvyw7s52uIXb9o80cmgok9KD8/edit?slide=id.g375bf221c4c_0_0#slide=id.g375bf221c4c_0_0 edit]

Marcin at 02:08, 26 September 2025

2025-09-26T02:08:50Z

← Older revision		Revision as of 02:08, 26 September 2025
Line 1:		Line 1:
			=Drive Belts=

	For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.		For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.

	A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]		A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]

			<html> ________________________________ </html>

			[_______________________________________ edit]

Marcin at 01:55, 26 September 2025

2025-09-26T01:55:03Z

← Older revision		Revision as of 01:55, 26 September 2025
Line 1:		Line 1:
	For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.		For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.

			A kevlar reinforced drive belt for a zero turn mower is comparable - at 8-15 ksi - [https://chatgpt.com/share/68d5f262-2f6c-8010-80ac-3d46c6d1894d]

Marcin: Created page with "For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength."

2025-09-26T01:53:09Z

Created page with "For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength."

New page

For high tension belts - we can print spring steel wire or other high tensile material into the 3D print. If spring steel is 145 ksi tensile, then if we wanted to quadruple tensile strenght of any plastic from say 5ksi to 20 ksi - we would fill with 14% metal - so we water down the strength of the spring steel from 145 ksi about 7 times to get to about 20000 psi tensile strength.