Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Dynamics Analysis of Mooring Near Space Airship with Nosecone Constraint
View through CrossRef
The near space airships usually have a large volume. when the airship leave the boathouse, it is influenced by the near surface wind significantly, and the attitude of the airship will change, and the risk of the experiment will be increase. In this paper, the dynamics method is used to analyse the force in the mooring rope and the attitude of the airship with nosecone constraint. The kinetic equation is established. A typical near space airship is choose as an example. The Runge- Kutta method is used to solve the dynamic equation. According to calculation result, the change law of the force in the mooring rope and the attitude of the airship is given, which can provide reference for the near space airship experiment. For the airport in this paper, the force in the mooring rope near the tail in the windward side is bigger than the others. The stronger rope should be used in design.
Title: Dynamics Analysis of Mooring Near Space Airship with Nosecone Constraint
Description:
The near space airships usually have a large volume.
when the airship leave the boathouse, it is influenced by the near surface wind significantly, and the attitude of the airship will change, and the risk of the experiment will be increase.
In this paper, the dynamics method is used to analyse the force in the mooring rope and the attitude of the airship with nosecone constraint.
The kinetic equation is established.
A typical near space airship is choose as an example.
The Runge- Kutta method is used to solve the dynamic equation.
According to calculation result, the change law of the force in the mooring rope and the attitude of the airship is given, which can provide reference for the near space airship experiment.
For the airport in this paper, the force in the mooring rope near the tail in the windward side is bigger than the others.
The stronger rope should be used in design.
Related Results
Dynamic Positioning in Single-Point Moorings
Dynamic Positioning in Single-Point Moorings
ABSTRACT
This paper deals with the concept of and a system for complete control of the slowly varying bow motion of a bow-moored ship using dynamic positioning.
...
Evaluation of Advanced Fibers for Deepwater Synthetic Fiber Mooring Systems
Evaluation of Advanced Fibers for Deepwater Synthetic Fiber Mooring Systems
Abstract
Mooring systems utilizing polyester ropes have facilitated exploration and production of deepwater fields and represent a step-change in mooring system d...
Dynamic Response of a SPAR-Type Floating Wind Turbine Foundation with Taut Mooring System
Dynamic Response of a SPAR-Type Floating Wind Turbine Foundation with Taut Mooring System
Compared with the traditional catenary or semi-taut mooring lines, the taut mooring system is more advantageous in many aspects, such as reduction of mooring line loads, erosion an...
Mooring Safety Assessment Using Reliability Techniques
Mooring Safety Assessment Using Reliability Techniques
ABSTRACT
The paper deals with the reliability of offshore mooring systems. Reliability techniques have been applied to assess mooring systems designed by the quas...
Numerical and Experimental Study of Mooring Systems with Clump Weights for Floating Wind Turbines
Numerical and Experimental Study of Mooring Systems with Clump Weights for Floating Wind Turbines
The transition towards a low-carbon economy is emerging as one of the most pressing challenges of our era. Among the various sustainable technologies, offshore wind energy stands o...
Analysis of Catenary Mooring Systems Based on Truncated Mooring Experiments
Analysis of Catenary Mooring Systems Based on Truncated Mooring Experiments
Considering the activities of floating systems pushing to the ultra-deepwater, the full scale mooring system needs to be truncated in order to carry out model tests in wave basin w...
Reliability of Mooring Systems: Application to Polyester Moorings
Reliability of Mooring Systems: Application to Polyester Moorings
Abstract
The trend to deep water oilfields has accelerated the development of mooring systems. Future moorings requirements represent a considerable step out on c...
Finite Element Analysis of Composite Mooring Tensioner Springs in Wave Energy Converters
Finite Element Analysis of Composite Mooring Tensioner Springs in Wave Energy Converters
Abstract
Floating structures are widely used in the offshore oil and gas industry, in deep-sea wind farms, and ocean wave energy converters, where fixed-bottom desig...