C/M Wind Tunnels Research
THE SHIELD
C/M Wind Tunnels Research
PISTON-PUNCH WIND TUNNELS
3-6 motors minimum off a Wind Tunnel connected to Air compression effort. Scalable Perpetual Motion that can be Metered for Motion & Stationary Energy Plants
PERPETUAL MOTION
Piston-Punch utilizes a perpetual wind tunnel
Perpetual pump section for air additives
Speed + Force section
Slowing - Energy extraction section
Recirculatory section for perpetual motion
Emergency purge 3+ section to void explosion
WIND SPEEDS + FORCE PRESSURE
Wind speeds are dictated by an accumulative effort connected to the perpetual pumps yet designs often align with jet turbines & compression without igniting for Zero Emissions
Dr Sydney N Bennett perfected idle, aceleration & deceleration wind tunnel controls used as an Energy generator for storage or use creating the endless energy or instant charge unlimited range or unlimited metered range effort
PERPETUAL PUMP SECTION
This is very important & dictates limitations Dr Sydney N Bennett perfected since 1994-1995 when early models began working
Speed to pump & the instant or close to refill lag & Switch-Back system integrated for instant endless Energy
Air breathes in & recirculated through a heartbeat like effort then exhales
Endless Energy. Safely contained
With extra-pumps we require a variable 1-2 positive or break even effort above variable 3 regardress otherwise the generator is not. Not drains rather than generates
Drainer are like a battery. Charge & it drains. Not what we require here. Self-refilling + self-recharging is why we have the perpetual generator integrated
Understand Variables 1-2-3 in Positive or Negative Energy Generation
https://artsmusicandfilm.blogspot.com/2025/06/piston-punch-break-down-2025.html
https://artsmusicandfilm.blogspot.com/2025/06/retrofit-breakdown-2025-onward.html
AVERAGE SPEEDS
Under 300 or up to 600-900 yet 100-300 is average km/h with high pressure to spin & contract - expand objects generating Electricity for use or storage with a shut-off & Emergency containment effort separate from Air storage & Air motor use
Remember 5-100 km/h winds in tunnel are fast. Increasing capacity requires a safe 3+ partial auto purge system then exo-shell to void damage to the exterior while internal parts have to be quite strong to survive & for perpetual use as we harness a lot of energy in a compact space
INDUSTRY STANDARD WIND TUNNELS
Wind tunnel speeds in jet testing can vary widely depending on the type of testing being conducted, but they generally range from subsonic speeds (below Mach 0.8) to hypersonic speeds (Mach 5 and above). Some specialized tunnels, like those for hypersonic research, can reach speeds of Mach 30 or higher.
Here's a breakdown of wind tunnel speeds:Subsonic Wind Tunnels:
These tunnels typically test at speeds below Mach 0.8 (around 600 mph or 965 km/h).
Transonic Wind Tunnels:
These tunnels operate in the speed range of Mach 0.8 to 1.2, where the airflow is a mix of subsonic and supersonic speeds.
Supersonic Wind Tunnels:
These tunnels operate at speeds between Mach 1.2 and 5.0.
Hypersonic Wind Tunnels:
These tunnels operate at speeds above Mach 5.0, with some reaching speeds of Mach 30 or higher.
Specific Examples:
The National Research Council Canada's wind tunnel has a speed range of 0 to 44 m/s (approximately 98 mph).
The ACE Climatic Aerodynamic Wind Tunnel can reach speeds of 300 km/h (186 mph).
The JF-22, the world's most powerful hypersonic wind tunnel, can reach speeds up to Mach 30.
Large wind tunnels, like those used for testing full-size aircraft, may have maximum speeds around 400 km/h (250 mph).
The required wind tunnel speed depends on the specific research or testing goals. For example, testing the aerodynamics of a commercial airliner might require speeds up to 250 mph, while testing a hypersonic vehicle would require speeds exceeding Mach 5.
Here's a more detailed explanation:
Speed and Sound:
Speed of Sound: The speed of sound in air is approximately 1,125 feet per second (343 meters per second) at standard conditions.
Subsonic: Any speed below this threshold is considered subsonic.
Supersonic: Speeds exceeding the speed of sound are referred to as supersonic.
Subsonic Ammunition:
Purpose:
Subsonic ammunition is specifically designed to travel at velocities below the speed of sound, avoiding the "crack" or sonic boom associated with supersonic bullets.
Benefits:
When paired with a suppressor, subsonic ammunition can significantly reduce the overall noise of a gunshot, making it quieter than using supersonic ammunition with a suppressor.
Considerations:
Subsonic rounds often utilize heavier bullets to maintain kinetic energy at lower velocities, but they generally have a shorter effective range than their supersonic counterparts.
Other Applications:
Aircraft:
Subsonic speeds are also relevant in aviation, where aircraft traveling at speeds significantly less than the speed of sound are considered subsonic.
Subsonic Filter:
In audio systems, a subsonic filter is used to remove extremely low-frequency sounds, which can be undesirable and even damaging to subwoofers.
Here's a breakdown:
Speed of Sound:
The speed of sound varies depending on the medium and its conditions (temperature, pressure, etc.). In air at room temperature, it's roughly 343 meters per second (1,125 feet per second).
Subsonic:
An object is considered subsonic if its speed is less than the speed of sound. For example, a plane flying at 200 mph is subsonic.
Supersonic:
Speeds faster than the speed of sound are considered supersonic.
Transonic:
This refers to speeds near the speed of sound, where airflow over an object can be both subsonic and supersonic.
Hypersonic:
Speeds significantly faster than the speed of sound, typically five times the speed of sound or more.
In simpler terms: If you can hear the object (like a car or a plane) as it approaches, it's likely traveling at subsonic speeds. If you hear a sonic boom (a loud "crack" or "pop"), it's traveling at supersonic speeds.
Wind Tunnel off two tanks in a Switch-Back is different than Pistons or Boxer if not Sheets yet different ways arrive at the same result
Energy & Feature Yields integrating accomplish different effects
One is used to keep the features & heating - cooling motors going & one is for use which requires the 3+ system once engaged as one piston system keeps all going in perpetual motion
Public laws & choice
Private life laws & choice
People often try to push their choice perspective opinions to infiltrate & control not their lives of not their dependents ages 18 & over
One wing micro or larger Ghost-Stealth
4,6000-6 under 7 because 8 disintegrates. Capping at 5-6 with Piston-Punch
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