Airworthiness Nominations

Comments

Post a Comment

Popular posts from this blog

Artificial Upwelling using jet Device

Image
Artificial Upwelling using jet Device   Abdulrahamn Alotaibi, Ali Al Rabeh, Scott Samuel Abstract: Our team designed a device to artificially upwell the ocean to increase available fish stocks to increase the viable food production of the ocean. Our main idea is composed of a wind turbine for power supply and a water jet placed around 100m down that will force the colder but nutrient dense water into the top section of the ocean that sunlight penetrates, and thus feed the bottom of the ocean food chain. The jet will be made buoyant on the top section so that it will float and stay in an upward position passively. Ideally a set up would include multiple jets placed in an area to maximize the concentration of nutrients in a given area so that it can sustain substantial fish populations. The jets will be held in place by a mooring line that will have a pulley attached to it so that the jets can be adjusted for what depth they are at or to have them be brought up to the s...
Read more

Robotic Arm design and manufacturing process using CNC machine.

Image
ABSTRACT An automated arm is a kind of mechanical arm, normally programmable, with comparable capacities to a human arm; the arm might be the aggregate of the system or might be a piece of a more mind-boggling robot. The connections of such a controller are associated by joints permitting either rotational movement, (for example, in a verbalized robot) or translational (straight) displacement. The connections of the controller can be considered to frame a kinematic chain. The end of the kinematic chain of the controller is known as the end effector and it is practically equivalent to the human hand. INTRODUCTION The term robot comes from the Czech word robota, generally translated as "forced labor." This describes the majority of robots fairly well. Most robots in the world are designed for heavy, repetitive manufacturing work. They handle tasks that are difficult, dangerous or boring to human beings. The most common manufacturing robot is the robotic arm. A...
Read more

Design of Active Suspension

Design of Active Suspension  The active suspension system has numerous benefits for race cars over the passive suspension systems. These include driving comfort, optimization at all stages, and high performance. Every car moving on the road is likely to expose to certain vibrations which are harmful to the durability of the car as well as the passenger. Therefore, the main motive of the active suspension system is to ensure road holding in different road conditions and comfort for the driver and passengers. Various mathematical, engineering/technical and science principles are required to design a car with the active suspension system.
Read more