Efficiency analysis of dual motor powertrain with planetary gear set

Mishra, Shivam; D, Arun Dominic; Mudliyar, Karuna; Divakar, Manjula

doi:10.1515/ijeeps-2022-0038

Cited by 3 publications

(1 citation statement)

References 7 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Yang et al proposed anassessment method according to the ranks of structural matrices of three-node composite lever models. Jiang et al combined different matrices representing different sub-configurations and used kinematic equations to calculate axial velocities [16][17][18][19][20][21][22][23].…”

Section: Introductionmentioning

confidence: 99%

Motion, Static Force, and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Xue,

2023

Applied Sciences

View full text Add to dashboard Cite

This paper employs graph theory to analyze kinematic relationships, static force, and power flow for planetary gear systems. We start from the graphs of these trains to determine all the structurally distinct kinematic inversions. We then obtain all the constructive solutions resulting from every possible combination of gear configuration. Based on the kinematic and static force analysis model, related matrices are acquired. Hence, a kinematic and static force analysis of the planetary gear mechanism is achieved. The link power can be determined by the link speed and torque. Power flow diagrams of each gear are acquired. The efficiency is calculated by the transmission ratio method. This analysis is useful in the design of power transmission applications. A planetary gear system of a 6HP26 automatic transmission is further illustrated for the motion, static force, and efficiency calculations by using graph theory technique and matrix equations. This paper provides a guide for engineers in gear transmission fields to easily finish mechanical transmission design.

show abstract

Section: Introductionmentioning

confidence: 99%

Motion, Static Force, and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Xue,

2023

Applied Sciences

View full text Add to dashboard Cite

show abstract

An innovative irrigation system for farming towards environmental sustainability in India

Nayak,

Roul

2024

Env Prog and Sustain Energy

View full text Add to dashboard Cite

PurposeThis work presents an innovative irrigation method designed to assist small‐scale farmers. Irrigation is crucial for agriculture, serving as the most essential input for all types of crops. Implementing a cost‐effective irrigation method can maximize farmers' output. In small‐scale farming, manual irrigation methods are commonly used to reduce costs. Therefore, a technology‐enhanced manual irrigation system will benefit marginal and small farmers.Design/Methodology/ApproachThis work introduces a new irrigation system that incorporates an epicyclic gear train along with a simple gear train arrangement. This system is designed to be attached to a farm's hand pump. The plunger rod with the piston is a crucial component of the hand pump, as its reciprocating motion lifts water from underground. An increased number of reciprocating motions of the plunger rod results in a greater amount of water being lifted from the well.FindingsThe designed model, when used with the hand pump, maximizes output with minimal manual effort. This system is environmentally friendly and operates without any external power sources.Statement of NoveltyLifting water from underground using a hand pump typically requires devices powered by external sources such as petrol, diesel, or electricity, which incur costs. Consequently, farmers using these methods for irrigation face financial burdens. It has been observed that more than 50% of the total income of small and medium‐scale farmers is spent on irrigation. To address these issues, the designed model has been introduced. Its novelty lies in the use of an optimal transmission system featuring simple and epicyclic gear trains, as well as an energy‐efficient design facilitated by the inclusion of a flywheel. These features ensure smooth operation and improved efficiency.Statement of Industrial RelevanceThis system is suitable for both agricultural purposes and curing work in construction. There is a significant market for this innovative design, as it serves as an optimal solution for agriculture and water supply systems without relying on external power sources. Our product is expected to sell quickly in the market. Many industries in India are developing agricultural products, but this system stands out due to its uniqueness, ensuring no difficulties in marketing. The implementation is straightforward, as the necessary input materials are readily available. Once commercialized, the system is projected to reach its breakeven point within 2 months, after which it will generate profit.Originality/ValueThere can be a diverse group of individuals participating in organizing this event. This group includes not only physically strong men and women but also children, individuals with disabilities, and those who may be weak or average in physical strength. In essence, physical strength is not a limitation for participating in this endeavor.

show abstract

Motion, Static Force and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Xue,

2023

Preprint

View full text Add to dashboard Cite

Using graph theory, computer aided motion, static force and power flow analysis of planetary gear mechanism is realized. The motion, static force and efficiency calculations of 6HP26 automatic transmission are carried out. Based on kinematic and static force analysis model, related matrices are acquired. Hence, kinematic and static force analysis of planetary gear mechanism is achieved. The link power can be determined by the link speed and torque. Power flow diagrams of each gear are acquired. The efficiency is calculated by transmission ratio method.

show abstract

Efficiency analysis of dual motor powertrain with planetary gear set

Cited by 3 publications

References 7 publications

Motion, Static Force, and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Motion, Static Force, and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

An innovative irrigation system for farming towards environmental sustainability in India

Motion, Static Force and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Contact Info

Product

Resources

About