The machining quality of engine cylinder block bores directly determines engine performance and durability. This paper systematically analyzes the root […]
In mechanical design of engine cylinder block assemblies, dimensional chain analysis ensures proper axial clearance between rotating components. This paper
The manufacturing of engine cylinder blocks requires precise control of metallurgical characteristics and structural integrity due to complex geometries and
This study investigates the casting process optimization for engine cylinder blocks fabricated with ductile iron (QT500-7). Through numerical simulations and
With increasingly stringent emission regulations, our research focuses on optimizing the manufacturing process of diesel engine cylinder blocks to achieve
With the rapid development of global automotive industry, lightweight design and low fuel consumption have become primary objectives. Aluminum engine
This study systematically investigates the defect mitigation strategy for atmospheric plasma spray (APS) coating in engine cylinder block manufacturing. By
This paper presents a comprehensive analysis of the casting process design for engine cylinder blocks, focusing on defect mitigation and
Our company has achieved breakthrough advancements in the automation of cleaning processes for engine cylinder block castings through systematic technological
The manufacturing quality of diesel and gasoline engine cylinder blocks reflects a nation’s automotive industry development level. Lost Foam Casting
The engine cylinder block serves as the structural foundation of internal combustion engines, requiring exceptional thermal stability and mechanical strength.
As a critical component of heavy-duty machinery, the engine cylinder block requires meticulous casting processes to ensure structural integrity and
Modern marine diesel engines demand lightweight, compact, and high-performance castings, particularly for critical components like engine cylinder blocks and cylinder
This study focuses on the manufacturing challenges of engine cylinder block-like structures in thermal power systems, specifically addressing shrinkage porosity,
With increasing demands for lightweight automotive components, engine cylinder block designs now require thinner walls and higher precision in internal
In the production of critical sealing components like engine cylinder blocks or turbine end covers, achieving defect-free castings requires meticulous
The global automotive industry’s growing emphasis on high-performance engine components has positioned engine cylinder blocks as critical elements in powertrain
With the implementation of dual-carbon strategic objectives, lightweight design has become crucial for automotive components. This study focuses on the
As the structural backbone of internal combustion engines, the engine cylinder block has undergone remarkable transformations through decades of technological
With advancements in marine propulsion systems, the demand for high-integrity engine cylinder blocks has intensified significantly. This paper presents a
Accurate prediction of temperature distribution in engine cylinder blocks and cylinder heads is critical for optimizing thermal management and preventing
This paper presents a systematic approach to implementing vibratory decoring technology for large-bore engine cylinder blocks, combining flexible manufacturing principles
In modern automotive manufacturing, engine cylinder blocks increasingly utilize aluminum alloys to meet lightweight design requirements. During machining operations, complex
This study addresses multi-objective flexible job shop scheduling problems in engine cylinder block production by integrating agile manufacturing principles with
The relationship between abnormal piston gas leakage and microstructural defects in engine cylinder blocks has been systematically investigated. This study
This study investigates critical defects in 11L 6-cylinder engine cylinder block castings produced through horizontal flaskless molding, proposing an optimized
Modern foundry engineering faces critical challenges in manufacturing complex aluminum components like engine cylinder blocks, particularly for electric vehicles requiring
This paper presents a systematic approach to diagnose and resolve cold-start knocking noises (1800-2300 rpm) in a V6 engine cylinder
This study investigates the vibration characteristics of an in-line six-cylinder diesel engine cylinder block under operational and crankshaft deformation conditions.
This study addresses the challenge of protective coatings being compromised during ultrasonic-chemical cleaning processes for engine cylinder blocks. We developed
