top of page
Search
Writer's pictureJillian Epperly

Plumbing and Mechanical Engineering Also Applies to Piezoelectric Forces

Mechanics and mechanical engineers should appreciate this point of view

You are a type of biological piezoelectric device and the applied stress comes from the temperature or the barometric pressure plus the influential radioactive people and animals you surround yourself with and their microbes. And then of course the pressure you apply to your body when you're working out or doing heavy lifting and labor.. remember the body can only handle so much. Torturing your body is only going to make it work against you

 And water is a huge conductor and it will make everything influential plus cause such aggressive growth and development even if it's treated

If you have any familiarity with some of the terms and concepts of mechanical engineering and physics you can see how the human body is no different than some industrial machine with applied mechanical stress and a purpose

The magnitude of piezoelectric forces is primarily determined by the applied mechanical stress on the piezoelectric material, which is directly related to the amount of deformation the material undergoes, as well as the intrinsic piezoelectric properties of the material itself, including factors like its crystal structure and the piezoelectric charge constants.

Key points about piezoelectric forces:

Material properties:

Different piezoelectric materials have different piezoelectric coefficients, meaning they generate different amounts of electrical charge for the same amount of mechanical stress.

Stress magnitude:

The greater the applied mechanical stress (compression, tension, shear), the larger the generated piezoelectric charge and therefore the stronger the piezoelectric force.

Geometry of the material:

The shape and size of the piezoelectric element also affect the generated force, as it influences how the stress is distributed within the material.

Temperature:

Piezoelectric properties can be affected by temperature, so it's important to consider this factor when designing piezoelectric devices.

How it works:

When a piezoelectric material is subjected to mechanical stress, the internal crystal lattice structure deforms, causing a displacement of the positive and negative charges within the material, resulting in an electrical polarization and the generation of an electric charge on the surface.

Conversely, applying an electric field to a piezoelectric material can also induce mechanical strain, known as the "reverse piezoelectric effect".


When you are plumbing your own system you better have an infrastructure to handle the aggressive pressure and force of the water pushing the obstacles through and out the end.

That's why pipe bursts causing breakage because there was too much pressure on arteries canals cavities and pipes or in winter the water freezes and expands and pipes burst.

Biologically, in the winter your arteries constrict which could also make your arteriological pipes burst especially when there's other forces developing growth such as your friends and family who are radioactive

Imagine when there's so much growth and development and your pipes can only handle so much growth it springs a leak and this is what happens this is called sepsis especially when blood vessels can only hold so much and they break from the pressure

or when you have perforated intestines because the baby rhinoceros shredded your intestines on the way out


Now you see why Silicon Valley is the hub of engineering. Engineers run the world because they understand what they need to engineer for survival. They're not as stupid as you want them to think. Klaus Schwabs f****** genius so is Bill Gates but you have to understand mechanical biological immunological and physiological engineering.

Bill Gates and Zuckerberg developed an amazing way to communicate so we can learn from each other. They're not the enemy. Ignorance is the enemy

1 view0 comments

Recent Posts

See All

Purification is All Relative

In the 2011 movie The Cabin in the Woods, Jules (Anna Hutchison) is the first character to die: The first death: After pheromones are...

Comments


Commenting has been turned off.
bottom of page