Aerodynamics and Torque calculation

Thread starter tamasnagy
Start date Jun 17, 2019
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Aerodynamics Calculation Torque

In summary, aerodynamics is the study of air movement and its interactions with objects in motion. It is important for improving the performance of vehicles and sports equipment. Aerodynamics and torque calculation are closely related, as aerodynamic forces can affect an object's torque. Factors that affect aerodynamics include the shape, size, and surface texture of a vehicle. Torque in aerodynamics can be calculated using the equation T = F x d. Understanding aerodynamics and torque calculation can lead to advancements in transportation, energy efficiency, and sports performance, ultimately benefiting society by creating safer and more efficient vehicles and improving our overall quality of life.

Jun 17, 2019

tamasnagy

Homework Statement: Torque calculation

Relevant Equations: F=(1/2)*ρ*(v^2)*A

Hi :)

I have to mount solar panels to columns. And for the stress calculations, I can't calculate the torque :(

Could you help me out?

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Jun 20, 2019

PhanthomJay

Science Advisor

Homework Helper

Gold Member

Your relevant equation for calculating the wind force on the panel is missing the drag factor (shape factor).
How is the plate supported on the column?
What have you tried?

1. What is aerodynamics?

Aerodynamics is the study of how air moves around objects, particularly in relation to forces acting on the object. It is an important concept in fields such as engineering, physics, and aviation.

2. How is aerodynamics used in everyday life?

Aerodynamics is used in many aspects of everyday life, such as in the design of cars and airplanes, the shape of sports equipment like golf balls and tennis rackets, and even in the design of buildings to reduce wind resistance.

3. What is torque and how is it related to aerodynamics?

Torque is a measure of the force that causes an object to rotate around an axis. In aerodynamics, torque is important because it is one of the forces that acts on an aircraft, affecting its stability and control.

4. How is torque calculated?

Torque is calculated by multiplying the force acting on an object by the distance from the axis of rotation. In aerodynamics, torque can be calculated by considering the lift and drag forces acting on an aircraft and their distances from the center of gravity.

5. What factors affect aerodynamics and torque calculation?

There are many factors that can affect aerodynamics and torque calculation, including the shape and size of an object, the speed and direction of airflow, and the properties of the surrounding air, such as temperature and density. Other factors such as surface roughness and turbulence can also play a role in aerodynamics and torque calculation.