Product design

Topology Optimization Design

Mooring System: Prior to optimization, the weight of the mooring plate was 1,100 kg. Through topology-based structural optimization, the weight was reduced by approximately 48% while maintaining the required tensile strength, bringing it down to just 580 kg.  

Topology optimization is an advanced structural optimization technique. Its core objective is to find the most efficient structural form that meets specific performance requirements by finely adjusting material distribution within a given design space. The uniqueness of this technology lies in its approach: it goes beyond merely fine-tuning dimensions or shapes and fundamentally redesigns the topological layout of the structure. This ensures structural performance while maximizing material reduction, achieving lightweight design, improving structural efficiency, and lowering costs.

Finite Element Analysis Design

Mooring System: Utilizing CAE analysis software such as Ansys and NX, we perform simulation analysis on critical parts of the mooring system, optimizing the structure rationally to reduce production costs. 

Finite element modeling enables the simulation of the physical world. These virtual models are used to address problems across various industries under different conditions and scenarios, proving particularly valuable for sectors with complex or high-risk environments, such as aerospace and marine engineering. Through finite element industrial software, static analysis, linear deformation, linear buckling, fatigue, material nonlinearity, large structural displacement, and geometric nonlinearity analysis are conducted on anchor chains, accessories, and outfitting components.

Forging Simulation

We utilize Forming process finite element analysis software to conduct simulation analysis on die-forged blanks, effectively reducing material waste and mold development time, while validating the forming process.  

Forging simulation analysis employs 3D modeling and simulation techniques to ensure the authenticity and integrity of both the mold and material models. By simulating the forging process, potential defects—such as folds, flow defects, insufficient filling, and excess material—can be identified in advance. Additionally, through mold stress analysis and the identification of areas with the highest loads and wear, the service life of the mold can be predicted, thereby enhancing production efficiency and product precision.

Product design

Qingdao Wancheng Anchor Chain Co., Ltd. not only supplies standard products but also boasts an experienced professional design and engineering team. They can engage deeply from the very beginning of project planning, providing comprehensive design support from concept to detailed drawings. This approach helps eliminate potential risks at the earliest stages and lays a solid foundation for the success of your project.

1. Deep Needs Analysis & Precise Environmental Simulation:

We go beyond surface-level parameters. Through close collaboration with you, we gain a thorough understanding of the project’s specific requirements, operational environment (water depth, sea conditions, seabed composition), vessel/platform type and tonnage, as well as special working condition demands.  

Environmental load analysis comes first. Utilizing advanced technology, we conduct rigorous load analysis and dynamic simulation of the future service environment for the anchor chain system, identifying potential challenges to ensure that the design solution is fully prepared to withstand the rigorous tests of real-world conditions.

2. Scientific Selection & Strength-Optimized Design:  

Data-driven, precise matching. Based on analysis results and industry standards (such as classification society regulations), we scientifically recommend the most suitable anchor chain grade, dimensional specifications, and structural configuration. This approach prevents the waste of “over-sizing” or the risks of “under-sizing.”  

Strength as the foundation, pursuing excellence. We conduct detailed strength calculations and verifications for critical components (such as chain links, shackles, swivels, etc.), ensuring structural integrity and safety even under extreme loads.

3. Simulation-Driven Design with Advanced Techniques:  

Finite Element Analysis (FEA) for Detailed Insight. Utilizing finite element modeling technology, we conduct high-precision stress, strain, and fatigue life analysis for anchor chains and their connecting components. This allows us to visually identify potential weak points, optimize structural details, and significantly enhance product reliability and durability.  

Topology Optimization for Weight Reduction and Efficiency. Without compromising strength and safety requirements, we employ topology optimization methods to explore the optimal distribution of materials. This approach enables lightweight design, helping clients reduce both procurement and operational costs.

4. Customized Material and Heat Treatment Performance: 

We achieve the perfect balance between strength and toughness. Recognizing that material performance is the cornerstone of safety, we carefully select material grades and precisely define heat treatment parameters (such as quenching and tempering) based on the design loads and environmental requirements. This ensures the anchor chain attains the desired high strength, high toughness, and superior fatigue resistance and corrosion resistance.

5. Experts in Customized Solutions:
Breaking through standards to tackle challenges. When it comes to non-standard projects, specialized application scenarios (such as deep-sea operations, harsh sea conditions, large engineering vessels, or floating platforms), or unique client requirements, our design team serves as your trusted partner. We provide fully customized anchor chain system solutions designed to overcome technical obstacles.

By choosing Wancheng Anchor Chain’s design services, you will gain:  

● Risk Mitigation from the Outset: Through rigorous analysis, we significantly reduce the risk of on-site failures, delays, and safety incidents caused by design flaws.  

● Lifecycle Cost Optimization: Scientific selection and optimized design avoid over-engineering waste, extend product lifespan, and lower maintenance costs.  

● Confidence Assurance: Our data-driven and advanced tool-based design provides you with solid confidence in the performance and safety of the anchor chain system.  

● Seamless Collaboration:** Our professional team is involved throughout the process, clearly communicating design concepts and rationale, and addressing all your technical concerns.  

● Compliance and Reliability:Design solutions strictly adhere to relevant international and domestic standards, as well as classification society requirements.

Wancheng Anchor Chain’s design capabilities serve as a solid foundation for the safe, efficient, and successful operation of your project. We are not just an anchor chain supplier but also your trusted engineering partner in marine mooring system design. Let our professional expertise anchor your colossal vessels in the deep sea and safeguard your engineering endeavors!
Breaking through standards to tackle challenges. When it comes to non-standard projects, specialized application scenarios (such as deep-sea operations, harsh sea conditions, large engineering vessels, or floating platforms), or unique client requirements, our design team serves as your trusted partner. We provide fully customized anchor chain system solutions designed to overcome technical obstacles.