Wolff's law & remodelling affects trabecular/spongy bones in your face faster (Theoretical)

[Megfish21]

https://pmc.ncbi.nlm.nih.gov/articles/PMC3028072/ Disclaimer: i do not condone bonesmashing, everthing i post is satire. this is a theoretical thread i found interesting and are relating, what you do with it is not my liability xD
Wolff’s Law—the principle that bone remodels in response to mechanical stress—applies more rapidly, precisely, and effectively to trabecular bone than to cortical bone. Trabecular is spongy bone which is found in your face, eg the brow ridge/rims, zygos, jawbone etc...
Cortical is thick and much harder/stiffer bone, found mainly lining the spongy insides of long bones which have to resist a lot of stress (eg femurs, shins)

This difference is primarily due to the structural and biological characteristics of trabecular bone, which make it more dynamic and responsive to stress.

WHY THIS WORKS for bonesmashing:

• Trabecular bone has a greater surface area-to-volume ratio compared to cortical bone, providing more sites for bone-forming cells (osteoblasts) and bone-resorbing cells (osteoclasts) to work.
• Its porous structure allows faster access for blood vessels, nutrients, and signaling molecules, which accelerates the remodeling process.
• Trabecular bone is better suited to adapt to changes in mechanical loading because its lattice-like structure can be rearranged efficiently to align with the direction of stress.
• For example, in weight-bearing bones like the femoral head or vertebrae, trabeculae will thicken or reorient to accommodate changes in load distribution.
• Trabecular bone has a faster bone turnover rate, meaning it replaces itself more frequently. This makes it quicker to respond to increased or decreased mechanical demands.

This translates to TLDR: spongy bone which makes up your face is more responsive to physical trauma and remodel much more rapidly and precisely. thus opening up the viability of bonesmashing to grow it.

 

[appeal]

spongy bone

ah yes

 

[PsychoH]

https://pmc.ncbi.nlm.nih.gov/articles/PMC3028072/ Disclaimer: i do not condone bonesmashing, everthing i post is satire. this is a theoretical thread i found interesting and are relating, what you do with it is not my liability xD
Wolff’s Law—the principle that bone remodels in response to mechanical stress—applies more rapidly, precisely, and effectively to trabecular bone than to cortical bone. Trabecular is spongy bone which is found in your face, eg the brow ridge/rims, zygos, jawbone etc...
Cortical is thick and much harder/stiffer bone, found mainly lining the spongy insides of long bones which have to resist a lot of stress (eg femurs, shins)

This difference is primarily due to the structural and biological characteristics of trabecular bone, which make it more dynamic and responsive to stress.

WHY THIS WORKS for bonesmashing:

• Trabecular bone has a greater surface area-to-volume ratio compared to cortical bone, providing more sites for bone-forming cells (osteoblasts) and bone-resorbing cells (osteoclasts) to work.
• Its porous structure allows faster access for blood vessels, nutrients, and signaling molecules, which accelerates the remodeling process.
• Trabecular bone is better suited to adapt to changes in mechanical loading because its lattice-like structure can be rearranged efficiently to align with the direction of stress.
• For example, in weight-bearing bones like the femoral head or vertebrae, trabeculae will thicken or reorient to accommodate changes in load distribution.
• Trabecular bone has a faster bone turnover rate, meaning it replaces itself more frequently. This makes it quicker to respond to increased or decreased mechanical demands.

This translates to TLDR: spongy bone which makes up your face is more responsive to physical trauma and remodel much more rapidly and precisely. thus opening up the viability of bonesmashing to grow it.

bump.

 

[playxiing]

read every single molecule good thread bhai

 

[NevaSure]

Explain like human plis

 

[forearmgod]

goated thread. bookmarked for motivation

 

[forearmgod]

Explain like human plis

smash face now growth later

 

[Deleted member 71158]

Is massage gun good for it

 

[Megfish21]

Is massage gun good for it

Replying this for you and potentially lots of others:

applying stress to bones in any way involving physical blunt-force trauma, assuming you follow a healthy lifestyle and consume sufficient nutrients, will result in bones becoming stronger, denser, and longer or larger which is what everyone seeks.

I must say i lack evidence around this topic and how practical it is in reality and esp. around your face and bonesmashing, BUT know this: wolff's law is undeniably proven in the case of long bones, causing it to lengthen, thicken and become denser, such as in this tennis athlete who used a dominant arm that received substantially more trauma than their other arm and led it to grow disproportionally accordingly:

With this, the main source of stress was mechanical vibrations caused by repeatedly striking tennis balls at high velocity, which is related to using a massage gun on your face. While the trauma applied by vibrating your face is much lower than heavy, high impact-strikes, their mechanical stress is similar, and as i talked about in the post, the bones in your face are much more responsive to stresses than long, stiff bones such as that athlete's arms.

So, motivational note, if they can manage to achieve that sort of crazy thickening and even lengthening with their fully fused and relatively non-responsive forearm bones, it is highly probable that you can increase the bone volume and mass in your face practically and symetrically.

 

[jefty]

https://pmc.ncbi.nlm.nih.gov/articles/PMC3028072/ Disclaimer: i do not condone bonesmashing, everthing i post is satire. this is a theoretical thread i found interesting and are relating, what you do with it is not my liability xD
Wolff’s Law—the principle that bone remodels in response to mechanical stress—applies more rapidly, precisely, and effectively to trabecular bone than to cortical bone. Trabecular is spongy bone which is found in your face, eg the brow ridge/rims, zygos, jawbone etc...
Cortical is thick and much harder/stiffer bone, found mainly lining the spongy insides of long bones which have to resist a lot of stress (eg femurs, shins)

This difference is primarily due to the structural and biological characteristics of trabecular bone, which make it more dynamic and responsive to stress.

WHY THIS WORKS for bonesmashing:

• Trabecular bone has a greater surface area-to-volume ratio compared to cortical bone, providing more sites for bone-forming cells (osteoblasts) and bone-resorbing cells (osteoclasts) to work.
• Its porous structure allows faster access for blood vessels, nutrients, and signaling molecules, which accelerates the remodeling process.
• Trabecular bone is better suited to adapt to changes in mechanical loading because its lattice-like structure can be rearranged efficiently to align with the direction of stress.
• For example, in weight-bearing bones like the femoral head or vertebrae, trabeculae will thicken or reorient to accommodate changes in load distribution.
• Trabecular bone has a faster bone turnover rate, meaning it replaces itself more frequently. This makes it quicker to respond to increased or decreased mechanical demands.

This translates to TLDR: spongy bone which makes up your face is more responsive to physical trauma and remodel much more rapidly and precisely. thus opening up the viability of bonesmashing to grow it.

It only works on zygos and chin, do not Smash orbitrals, brownbridge or jaw

 

[jefty]

Replying this for you and potentially lots of others:

applying stress to bones in any way involving physical blunt-force trauma, assuming you follow a healthy lifestyle and consume sufficient nutrients, will result in bones becoming stronger, denser, and longer or larger which is what everyone seeks.

I must say i lack evidence around this topic and how practical it is in reality and esp. around your face and bonesmashing, BUT know this: wolff's law is undeniably proven in the case of long bones, causing it to lengthen, thicken and become denser, such as in this tennis athlete who used a dominant arm that received substantially more trauma than their other arm and led it to grow disproportionally accordingly:View attachment 3358051

With this, the main source of stress was mechanical vibrations caused by repeatedly striking tennis balls at high velocity, which is related to using a massage gun on your face. While the trauma applied by vibrating your face is much lower than heavy, high impact-strikes, their mechanical stress is similar, and as i talked about in the post, the bones in your face are much more responsive to stresses than long, stiff bones such as that athlete's arms.

So, motivational note, if they can manage to achieve that sort of crazy thickening and even lengthening with their fully fused and relatively non-responsive forearm bones, it is highly probable that you can increase the bone volume and mass in your face practically and symetrically.

i will test it

 

[Boyoshutup]

https://pmc.ncbi.nlm.nih.gov/articles/PMC3028072/ Disclaimer: i do not condone bonesmashing, everthing i post is satire. this is a theoretical thread i found interesting and are relating, what you do with it is not my liability xD
Wolff’s Law—the principle that bone remodels in response to mechanical stress—applies more rapidly, precisely, and effectively to trabecular bone than to cortical bone. Trabecular is spongy bone which is found in your face, eg the brow ridge/rims, zygos, jawbone etc...
Cortical is thick and much harder/stiffer bone, found mainly lining the spongy insides of long bones which have to resist a lot of stress (eg femurs, shins)

This difference is primarily due to the structural and biological characteristics of trabecular bone, which make it more dynamic and responsive to stress.

WHY THIS WORKS for bonesmashing:

• Trabecular bone has a greater surface area-to-volume ratio compared to cortical bone, providing more sites for bone-forming cells (osteoblasts) and bone-resorbing cells (osteoclasts) to work.
• Its porous structure allows faster access for blood vessels, nutrients, and signaling molecules, which accelerates the remodeling process.
• Trabecular bone is better suited to adapt to changes in mechanical loading because its lattice-like structure can be rearranged efficiently to align with the direction of stress.
• For example, in weight-bearing bones like the femoral head or vertebrae, trabeculae will thicken or reorient to accommodate changes in load distribution.
• Trabecular bone has a faster bone turnover rate, meaning it replaces itself more frequently. This makes it quicker to respond to increased or decreased mechanical demands.

This translates to TLDR: spongy bone which makes up your face is more responsive to physical trauma and remodel much more rapidly and precisely. thus opening up the viability of bonesmashing to grow it.

After a long time good thread on bone smashing