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International Journal of Composite Materials and Matrices

149.00 US $ 7,315.00 US $Price range: 149.00 US $ through 7,315.00 US $

Explore the International Journal of Composite Materials and Matrices (ijcmm), a premier peer-reviewed platform by STM Journals delivering cutting-edge research on advanced composites, structural materials, sustainable matrices, and industrial applications. Access high-quality scientific studies, manufacturing innovations, performance evaluations, and global insights shaping the future of material engineering.

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International Journal of Composite Materials and Matrices 

Published by STM Journals, the International Journal of Composite Materials and Matrices (IJCMM) is a leading peer-reviewed scientific platform dedicated to advancing research, technology, and real-world applications in the rapidly growing domain of composite materials. This authoritative scholarly journal brings together materials scientists, engineers, researchers, industry innovators, and academic professionals to share novel studies and transformative insights shaping the future of advanced composites.

 What This Journal Covers: Key Focus Areas

The International Journal of Composite Materials and Matrices (ijcmm) spans critical emerging topics across the materials engineering ecosystem, including:

  • Composite Material Design & Development: Innovations in fiber-reinforced composites, polymer and metal matrix composites, nano-composites, hybrid materials, and advanced reinforcement techniques.
  • Mechanical & Structural Performance: Strength analysis, failure mechanisms, deformation behavior, fatigue performance, and durability assessments under diverse operating conditions.
  • Manufacturing & Processing Technologies: Additive manufacturing, automated layup, resin infusion techniques, curing methods, thermal processing, and cost-effective production strategies.
  • Smart & Functional Materials: Self-healing composites, energy-absorbing materials, acoustic and thermal functionalization, and materials engineered for multi-functional performance.
  • Sustainability & Green Composites: Bio-based materials, recyclable composites, eco-friendly matrices, and circular economy strategies promoting sustainable material innovation.

Who Should Read the Journal

This journal serves as a vital reference for a wide spectrum of professionals:

  • Material and mechanical engineers are developing next-generation composite structures and high-performance systems.

  • Academic researchers and scientists advancing material innovations, nano-technology, and structural applications.

  • Industrial R&D specialists exploring lightweight, durable, and cost-efficient materials for manufacturing and engineering sectors.

  • Design and product engineers apply composite materials to enhance industrial products and structural systems.

  • Policy makers and regulatory authorities are shaping safety standards, testing protocols, and material certification frameworks.

Why It Matters

As composite materials revolutionize global industries and reshape structural engineering capabilities, the International Journal of Composite Materials and Matrices drives progress by:

  • Publishing breakthrough research that strengthens engineering solutions and enhances material design

  • Highlighting practical industrial applications that promote innovation across sectors

  • Supporting safe, efficient, and sustainable manufacturing practices

  • Informing material testing standards, certification procedures, and regulatory developments

  • Fostering interdisciplinary collaboration across materials science, mechanical engineering, nanotechnology, and structural analysis

Through rigorous peer review and global knowledge exchange, the journal accelerates advancements in composite materials while championing sustainable growth and responsible innovation.

Subscription & Access Option

The International Journal of Composite Materials and Matrices offers flexible access options designed to serve researchers, institutions, and industry professionals worldwide.

  • Online Subscription: Access full issues, archives, and research articles anytime through STM Journals’ digital platform, designed for user convenience and global reach.
  • Print Subscription: Receive physical copies delivered directly to institutions or homes, ideal for study, teaching, and reference purposes.

Subscription plans, bulk orders, and institutional access are available directly through the STM Journals website or via customer support.

 Why Choose STM Journals?

STM Journals ensures a superior publishing experience through:

  • Robust peer review that guarantees scientific accuracy and research integrity

  • Global accessibility allows knowledge sharing across countries and academic communities

  • Multiple reading formats supporting educational and professional needs

  • A focused commitment to advancing composite material research and engineering innovation

For scientists, engineers, and innovators shaping the future of material science, the International Journal of Composite Materials and Matrices stands as an authoritative, comprehensive, and collaborative knowledge hub.

About Journal

International Journal of Composite Materials and Matrices International Journal of Composite Materials and Matrices [2582-435X(e)] is a peer-reviewed hybrid open-access journal launched in 2015 focused to provide a platform for recent trends in elastic–plastic properties, Strain softening and strain-rate sensitivity damage, impact damage, fracture repair techniques, modeling, and numerical simulation.

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Journal Information

Title: International Journal of Composite Materials and Matrices Abbreviation: IJCMM
Issues Per Year: 2 Issues E-ISSN: 2582-435X
Publisher: JournalsPub, An imprint of Dhruv Infosystems Pvt. Ltd.
DOI: 10.37628/IJCMM Starting Year: 2015
Language: English Publication Format: Hybrid Open Access
Copyright Policy: CC BY-NC-ND Type: Peer-reviewed Journal (Refereed Journal)

Indexing & Metrics

Indexing: Index Copernicus, SJIF, Google Scholar, Scientific Literature (SCILIT), Chemical Abstracts Service (CAS)

ICV Value: 2024: 66.07, 2023: 70.82, 2022: 68.57

Impact Factor (SJIF): 2024: 5.095, 2023: 5.055, 2022: 4.898, 2021: 4.829, 2020: 4.742

Focus & Scope

Focus & Scope

An advanced mechanics and structural integrity framework—integrating elastic instability of meta-materials and phase-field fracture modeling with creep-fatigue interaction and self-repairing polymer composites.

Elastic & Tensile Stability

Pattern transformations in soft meta-materials and Boger fluids. Research covers viscometry, surface elasticity constants, and Particle Shifting Techniques (PST) for high Reynolds number fluid-elastomer interactions.

Plastic Load & Forming

Design by analysis for plastic collapse. Investigating deformation localization in TiN/CrN multilayers, cellular polyurethane foams, and the mechanical behavior of shot-peened polycrystalline silicates.

Cyclic & Time-Dependent Life

Creep-fatigue interaction in Ni-based superalloys via grain boundary cavitation. Assessing ultrasonic fatigue and crack initiation in magnesium alloys through infrared thermography and energy dissipation.

Fracture Evolution

Elastic-plastic mechanics using J-integral and Weibull stress. Researching hydrogen embrittlement in dual-phase steel, intergranular fracture, and crack-tip opening displacement (CTOD) in ceramics.

Computational Simulation

Applying FEM, XFEM, and Large Eddy Simulations (LES) to building aerodynamics and impact loading. Modeling stochastic differential equations for carbon capture systems and complex hydraulic fracturing.

Smart Materials & Tolerance

Self-repairing healable polymers and induction healing using steel wool fibers. Focus on residual strength assessment and the inclusion of carbon nanotubes to enhance mode I interlaminar toughness.

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