International Journal For Multidisciplinary Research

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Analytical Review: A Breakthrough approaches on Fatigue Resilience and Cyclic Loading Endurance of Metal Matrix Composites in Two-Wheeler Suspension Architectures

Author(s) Dr. Sachinkumar Wani, Shravani S. Wani, Prof. Dr. K. S. Shrivastav
Country India
Abstract Abstract
The demand for high-performance automotive components has necessitated a paradigm shift from traditional monolithic alloys to advanced Metal Matrix Composites (MMCs). This review provides a rigorous analytical examination of the fatigue resilience and cyclic loading endurance of particulate-reinforced MMCs within the context of two-wheeler suspension systems. By synthesizing contemporary research on micromechanical failure mechanisms—specifically crack initiation, interfacial debonding, and path propagation—this paper elucidates the performance advantages of Al-SiC and hybrid fly ash-reinforced aluminium matrices. Furthermore, it discusses the efficacy of semi-solid processing and stir-casting methodologies in mitigating porosity-induced fatigue failures. The findings underscore that while MMCs offer superior specific strength and stiffness, their structural reliability under stochastic cyclic road loads is contingent upon precise control of the reinforcement morphology and interfacial bonding architecture.
The demand for high-strength, low-density components in two-wheeler suspension systems has necessitated the exploration of Metal Matrix Composites (MMCs). This paper presents a systematic review of the fatigue durability of metallic composites subjected to variable-amplitude cyclic loading. By evaluating the reinforcement-matrix interface dynamics, crack propagation inhibition, and stress concentration mitigation, this study delineates the functional compatibility of particulate-reinforced MMCs. The analysis highlights that while MMCs offer superior specific stiffness compared to monolithic alloys, their endurance is heavily contingent upon reinforcement distribution and processing-induced porosity.
Keywords Metal matrix composites, High-Cycle Fatigue, Monolithic alloys, Semi-Solid Compo – casting, Stir-casting with ultrasonic cavitation
Field Engineering
Published In Volume 8, Issue 3, May-June 2026
Published On 2026-05-29
DOI https://doi.org/10.36948/ijfmr.2026.v08i03.79908
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