CAMAI 2025

12 - 13 Dec Hybrid, Bucharest, ROMANIA
A special moment dedicated to
Carl Friedrich Gauss - The Architect of Modern Mathematics
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About CAMAI

The Conference on Applied Mathematics and Informatics is organized by Faculty of Engineering and Informatics from Spiru Haret University and by Research Center in Mathematics and Informatics, affiliated to Central Institute for Scientific Research from Spiru Haret University.

The conference is mainly addressed to researchers in mathematics, computer science and information technologies, and includes theoretical and applied mathematics and computing topics.

The conference takes place in Bucharest, 46Gth Fabricii Street, the location of Faculty. Every year, the conference is dedicated to a major local, national or international event.

The mission of Cybersecurity 2030: Are We Prepared for the Next Decade of Cyber Threats? extends beyond cybersecurity, embracing the interconnected disciplines of software engineering, computational methods, artificial intelligence, and machine learning. This event seeks to provide a multidisciplinary platform where experts, researchers, and practitioners come together to address the complex challenges that span across these fields. By integrating insights from software engineering, computational modeling, and the transformative power of AI and machine learning, the conference aims to drive innovative solutions that enhance the resilience and adaptability of cyber defense mechanisms.

Participants will explore how these fields converge to fortify cybersecurity, from developing robust software architectures to deploying machine learning models capable of real-time threat detection. The event emphasizes the essential role of interdisciplinary collaboration in preparing for the next decade of digital challenges, highlighting how advances in software and computational methods power critical cybersecurity initiatives and how AI accelerates threat prediction, analysis, and response.

Through this mission, CAMAI 2025 aspires to build a collaborative community of forward-thinking professionals dedicated to safeguarding the digital landscape, fostering innovation at the intersection of cybersecurity and emerging technologies, and nurturing the next generation of leaders in engineering, data science, and cyber defense.

In an era where digital threats continue to evolve in complexity, quantum computing and quantum cryptography are set to revolutionize the cybersecurity landscape. The mission of CAMAI 2025 recognizes the transformative potential of these fields, especially as traditional cryptographic methods face increasing vulnerability in the wake of quantum advancements. Quantum computing promises unprecedented computational power that could both advance cybersecurity defenses and, conversely, pose significant risks by rendering conventional encryption methods obsolete.

The conference seeks to highlight the critical importance of quantum-resistant cryptographic solutions and the development of protocols that can withstand the capabilities of quantum-based attacks. By exploring quantum computing’s impact across software engineering, AI, and cybersecurity, CAMAI 2025 aims to prepare participants for the next frontier in secure computing. Embracing quantum cryptography’s promise of unbreakable encryption, the event will delve into current research and practical strategies for integrating quantum-safe measures, underscoring the urgent need for preparedness in an approaching quantum era. This focus not only elevates the importance of interdisciplinary collaboration but also places CAMAI 2025 at the forefront of innovation in secure digital technologies.

The organizers wish this conference to be an important international event in applied mathematics and computing.

The first edition occurs in 2007.

From 2013, the conference includes a special section for History and Pedagogy of Mathematics and Computer Science.


Why Should I Participate in CAMAI?

  • Unique chance to find passionate professors and professionals about their fields
  • Learn from the best in the academia and industry
  • Discover the best tools and practices in different fields of computer science and technologies
  • Meet scientisits, researchers and developers from all over the world
  • Grow your network and gain knowledge
  • Practical workshops with excitment simulations and practical demonstrations
  • After-party
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Schedule

10:00-10:15

Grigore ALBEANU, Dr., Professor

CAMAI 2025 Opening

On-line
Welcome speech to the participants of CAMAI 2025.
Affiliation: Dean of Faculty of Engineering and Computer Science, SPIRU HARET University

10:15-10:30

Rodica IOAN, Dr., Assoc. Prof.

Carl Friedrich Gauss - The Architect of Modern Mathematics

On-line
A presentation exploring the life, work, and impact of Carl Friedrich Gauss, the "Architect of Mathematicians” on modern science.

Authors: Rodica IOAN, Dr., Assoc. Prof.; Grigore ALBEANU, Dr., Professor
Affiliaition: Research Scientific Center in Mathematics and Computer Science, Faculty of Engineering and Computer Science, SPIRU HARET University

10:30-10:45

Rodica IOAN, Dr., Assoc. Prof.

The size effect of the carbon nanotube behavior

On-line
The size effect refers to the relationship between different variables in mechanics of materials. It represents the deviation from the classical theory where the strength of a structure is independent of size. The continuum theory is unable to capture the indentation size effects due to the lack of the length scales in constitutive equations. But the theory of Toupin-Mindlin offers a strain gradient nanoindentation method which discusses the size dependence of the hardness with respect to the depth and the radius of multiple walled carbon nanotubes. Results show that the influence of the size effects on the hardness is given by the shear resistance between the neighboring walls during the buckling of the multiwalled nanotubes. The paper develops a mechanical model for reinforced carbon nanotube beams obtained by introducing the couple stresses into the constitutive equations of linear viscoelastic theory.

Authors: VETURIA CHIROIU, LIGIA MUNTEANU, VALERICA MOSNEGUTU, RODICA IOAN, IULIAN GIRIP
Affiliaition: Research Scientific Center in Mathematics and Computer Science, Faculty of Engineering and Computer Science, SPIRU HARET University

10:45-11:00

Nicoleta Iacob, Dr., Assoc. Prof.

Integrating artificial intelligence methods to optimize security mechanisms in database management systems

On-line
The paper addresses the integration of artificial intelligence methods in database management systems, with the aim of optimizing security mechanisms. Machine learning models are analyzed and proposed for detecting abnormal behaviors and malicious accesses, such as SQL injection attacks, data exfiltration or privilege escalation. The approach aims to develop adaptive security mechanisms, capable of reacting automatically by generating alerts, blocking suspicious queries and dynamically adjusting access policies, while assessing the impact on system performance.

Authors: Nicoleta Iacob, Luminita Defta
Affiliaition: Research Scientific Center in Mathematics and Computer Science, Faculty of Engineering and Computer Science, SPIRU HARET University

11:00-11:15

Luminita Defta, Dr., Lecturer

Modeling Security Mechanisms in Software Systems using UML Diagrams

On-line
The paper explores the use of UML diagrams as a fundamental tool for the design and analysis of security mechanisms in modern software architectures. It investigates the ways in which use case, sequence and class diagrams can highlight the vulnerabilities of a system, such as unauthorized data manipulation, abusive access or abnormal user behaviors. The approach proposes extended UML models with security-specific stereotypes and restrictions, capable of facilitating the definition of access controls, authorization policies and validation flows. The paper also analyzes how these models contribute to the creation of resilient systems, by anticipating risks and coherently validating security requirements from the early stages of development.

Authors: Luminita Defta, Nicoleta Iacob
Affiliaition: Research Scientific Center in Mathematics and Computer Science, Faculty of Engineering and Computer Science, SPIRU HARET University

11:15-11:30

Mihaela Poienariu, Dr., Lecturer

Fundamental differences between OT and IT: Implications for security and critical infrastructures

On-line
In the context of accelerated digitalization and the adoption of Industry 4.0 architectures, the convergence between Operational Technology (OT) and Information Technology (IT) is becoming inevitable, but it raises significant challenges related to security, resilience and operational continuity. OT is oriented towards the control of physical processes, emphasizing availability and safety, while IT prioritizes confidentiality, data integrity and flexibility.

Authors: Mihaela Poienariu, Dr., Lecturer
Affiliaition: Research Scientific Center in Mathematics and Computer Science, Faculty of Engineering and Computer Science, SPIRU HARET University

11:30-11:45

Bentoiu Mihail Daniel, Student (B.Sc.)

A Pure Job Pipeline System with Deterministic Retries in Rust

On-line
The presentation introduces a rigorously deterministic and purely functional execution framework for computational pipelines in Rust, designed to ensure complete reproducibility, transparent state management, and high composability. Each job is represented as a pure function returning a Result alongside a structured log (Vec), following functional principles similar to the Writer monad. This design externalizes all side-effects as data, enabling precise traceability, verifiable computation, and mathematically predictable behavior across executions.

Authors: Bentoiu Mihail Daniel
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

11:45-12:00

Binciu Viorel, Student (B.Sc.)

Financial Data Analyzer - A Functional Pipeline Approach

On-line
The presentation will discuss a functional pipeline for financial time-series analysis that filters, aggregates, and visualizes data to reveal trends, patterns, and key performance indicators

Authors: Binciu Viorel
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

12:00-12:15

Blaj Marius Adrian, Student (B.Sc.)

Code Generator - A Declarative Template Engine)

On-line
The discussion will present a Haskell code implementation with the objective to have small code generator (declarative template engine). The main objective consists in parsing the templates with tags like `{{ name }}`, `{{ if cond }}`, and `{{ for x in list }}` into an abstract syntax tree, then renders them using a `Context` map of variables. It supports strings, integers, booleans, lists, and simple objects, plus conditional and loop constructs. The `main` function demonstrates the generating functionality of plain text, C code, and HTML from templates.

Authors: Blaj Marius Adrian
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

12:15-12:30

Bothazi Eduard, Student (B.Sc.)

A Functional Approach to Text Analysis: Design and Implementation of a Parallel NLP Engine in Haskell

On-line
The presentation consists in designing and implementing a project that presents a functional, parallel, and highly configurable text-analysis engine implemented in Haskell, developed to explore the intersection between natural language processing (NLP) and functional-programming paradigms. The system is built as an end-to-end workflow that includes tokenization, linguistic preprocessing, statistical text analysis, and probabilistic text generation, all implemented using immutable data structures, strong static typing, and monadic I/O orchestration. These foundational characteristics ensure both robustness and reproducibility, two properties essential for modern NLP research and practical language-processing applications.

Authors: Bothazi Eduard
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

12:30-12:45

Ciuvica Valentin Florentin, Student (B.Sc.)

A Functional Scripting Engine for Games

On-line
This presentation introduces a lightweight functional scripting engine that streamlines game-logic authoring and supports highly modular development workflows. The approach demonstrates improved flexibility, maintainability, and integration capabilities for modern game systems.

Authors: Ciuvica Valentin Florentin
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

12:45-13:00

Dinu Dragos, Student (B.Sc.)

DSL for Defining Business Rules

On-line
The presentation discuss the implementation of the DSL uses algebraic data types and combinators to allow the creation of both simple and complex rules, their predictable evaluation, and the collection of error messages. The tests and examples provided demonstrate that the DSL can handle a variety of scenarios, offering consistent and easily interpretable results.

Authors: Dinu Dragos
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

13:00-13:15

Cristian Stefan, Dr., Lecturer

Vibe h4ck1ng: We are not ready

On-line
As digital ecosystems increasingly mediate social interaction, influence, and decision-making, a new threat vector has emerged: the manipulation of affective cues, atmosphere, and collective sentiment—what we designate as vibe hacking. Unlike traditional cyberattacks that target infrastructure or data, vibe hacking exploits cognitive biases, behavioral heuristics, and emotionally charged digital environments to steer group perception and action at scale. This discussion defines the conceptual boundaries of vibe hacking, differentiates it from adjacent domains such as misinformation, social engineering, and neuromarketing, and presents a framework illustrating how subtle multimodal signals can be orchestrated to achieve adversarial outcomes. Through analysis of real-world cases and controlled experiments, we demonstrate that sociotechnical platforms are structurally vulnerable to these tactics due to opaque algorithmic mediation, attention-optimization incentives, and insufficient affect-centric safeguards. We argue that prevailing cybersecurity paradigms inadequately address these risks and outline an interdisciplinary research agenda spanning human–computer interaction, affective computing, platform governance, and adversarial behavioral science. Our findings indicate that current defenses are fundamentally unprepared for this class of manipulation, underscoring the urgent need for proactive detection mechanisms, regulatory considerations, and resilient design principles.

Authors: Cristian Stefan, Dr., Lecturer; Nicoleta Iacob, Dr., Assoc. Professor
Affiliaition: Research Scientific Center in Mathematics and Computer Science, Faculty of Engineering and Computer Science, SPIRU HARET University

13:15-13:30

Dogaru Cristina, Student (B.Sc.)

AI Phishing Email Detection: Defending Against the Next Generation of Email Threats

On-line
This presentation shows a practical way to implement a task-dependency management system into action. It demonstrates how to model and run structured workflows using basic algorithm techniques. The project focuses on defining interdependent tasks, representing them with a Directed Acyclic Graph (DAG) and finding a valid processing sequence through topological sorting. These models play a crucial role in compilers, workflow engines, project-planning tools, and distributed systems.

Authors: Dogaru Cristina
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

13:30-13:45

Dumitru George Alexandru, Student (B.Sc.)

Fractal Generator using Mandelbrot and Julia Sets

On-line
The discussion is about a project that presents a fully functional fractal generator for the Mandelbrot and Julia sets, implemented entirely in Haskell as a practical exploration of functional programming principles. The primary objective was to demonstrate how purely functional techniques—immutability, higher-order functions, lazy evaluation, and recursion—can elegantly and efficiently express the inherently mathematical and recursive nature of fractal generation. The core algorithm is based on the classic escape-time method for complex quadratic maps z ↦ z² + c. Complex arithmetic is implemented using a custom Complex data type with instances for Num, Fractional, and Floating, allowing natural fit in Haskell’s typeclass system. Iteration is expressed through pure recursive functions that compute the number of iterations until |z| exceeds the escape radius (typically 2), returning both the escape count and the final magnitude for smooth coloring. Pixel mapping transforms screen coordinates to complex plane coordinates with support for arbitrary zoom levels, center points, and image resolutions. The generator produces high-quality images by applying continuous (smooth) coloring techniques based on the fractional iteration count, yielding the characteristic psychedelic gradients of deep Mandelbrot zooms.

Authors: Dumitru George Alexandru
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

13:45-14:00

Iacob Alexandru-Valentin, Student (B.Sc.)

Performance Analyzer for Functional Code

On-line
In this presentation we will discuss about a Haskell implementation that allows you to choose from 3 options - lazy evaluation, forced evaluation and a recursive fib function. The point is observing the difference of execution time between non-forced evaluations and forced evaluations of the functions in Haskell. The particular approach was using functions from modules such as System.CPUTime, the simplest method involving calling getCpuTime to capture the start and end moments of a computation, with the difference representing the total execution time.

Authors: Iacob Alexandru-Valentin
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

14:00-14:15

Neagu Silviu-Alexandru, Student (B.Sc.)

ETL Pipelines for generating Parquet files in Cloud Data lakes using Haskell

On-line
The presentation is a showcase that shows the transforming SQL structured formats used in relational databases into columnar storage format - Parquet, specific for Big Data Storage systems, through programmatic ETL pipelines using Haskell.

Authors: Neagu Silviu-Alexandru
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

14:15-14:30

Popescu George Adi, Student (B.Sc.)

Template Engine: Architecture, Functionality, and Design Trade-offs

On-line
This presentation examines the design and implementation of the Templated Engine, a project developed to demonstrate a modular and extensible approach to software engine construction. It details the engine’s core operational mechanisms, highlights the architectural decisions that shape its behavior, and evaluates the advantages and disadvantages observed during development and testing. The session provides both a functional overview and a critical assessment to inform future improvements and potential applications.

Authors: Popescu George Adi
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

14:30-14:45

Popescu Marius-Laurentiu, Student (B.Sc.)

Simple Compiler: Expresions -> Bytecode

On-line
The presentation will underline the importance of a simple Rust compiler that will illustrates the core ideas behind translating arithmetic expressions into a compact bytecode format, even though it stops short of actually executing the result. Despite its narrow scope, the project still captures the essential front-end stages found in larger compilers while remaining easy to understand and extend. The process begins with a lightweight tokenizer whose job is to scan the raw input string and classify its contents into meaningful tokens. It recognizes integer literals and the + and - operators, ignores whitespace, and produces a clear token stream. While the current implementation performs minimal validation and reports errors by returning an Error token. Producing a clean token stream dramatically simplifies the later stages of compilation, since parsing no longer needs to worry about raw character handling.

Authors: Popescu Marius-Laurentiu
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

14:45 - 15:00

Stefania Loredana NITA, Dr., Lecturer

Privacy-Preserving Machine Learning through Fully Homomorphic Encryption: Current Advances and Future Directions

On-line
Fully Homomorphic Encryption (FHE) constitutes a fundamental advancement in cryptographic theory and practice, establishing a framework wherein machine learning models may perform arbitrary computations on encrypted data without necessitating decryption at any stage of the computational pipeline. This cryptographic primitive addresses a principal challenge in contemporary artificial intelligence research: the reconciliation of data utility maximization with rigorous privacy preservation in contexts involving sensitive information. The period spanning 2024-2025 has witnessed a critical transition in FHE maturation, wherein theoretical constructs have evolved into practically deployable systems through the convergence of specialized hardware acceleration architectures, algorithmic complexity reductions, and empirical validation across healthcare, financial services, and distributed computing infrastructures. This work provides a comprehensive analysis of the current state of FHE-enabled machine learning systems, examining recent algorithmic and hardware innovations that have yielded performance improvements of multiple orders of magnitude, surveying deployment patterns across key application domains, and delineating outstanding research challenges that will define the trajectory of privacy-preserving artificial intelligence. This convergence of technical advancement, commercial interest, and regulatory pressure suggests that encrypted machine learning has reached an inflection point, transitioning from specialized research domain to mainstream computational paradigm with broad applicability across privacy-sensitive sectors.

Authors: Stefania Loredana Nita1, Marius Iulian Mihailescu2, Valetina Marascu2,3
Affiliaition:
1Institute for Computers, 11A Fabrica de Glucoza Street, RO-020331, Bucharest, Romania
2Faculty of Engineering and Computer Science, Scientific Research Center in Mathematics and Computer Science, Spiru Haret University, 46G Fabricii, Bucharest, Romania
3National Institute for Laser, Plasma, and Radiation Physics, 409 Atomistilor Street, RO-077125, Magurele, Romania

15:00-15:15

Tanase (Murareci) Georgiana-Ionica, Student (B.Sc.)

DSL for Defining Culinary Receipes using a Haskell Approach

On-line
The presentation will presents the design and implementation of a Domain-Specific Language (DSL) for defining culinary recipes, aimed at providing a structured, expressive, and user-friendly way to model ingredients, preparation steps, and cooking processes. The proposed DSL introduces well-defined syntactic constructs for representing ingredients with units of measurement, sequential actions such as mixing, incorporating, or baking, and the overall workflow of a recipe. By abstracting the essential components of a cooking procedure, the language enables consistent recipe representation, improved readability, and easier validation. The DSL was implemented in Haskell, leveraging its strong type system to ensure correctness and to prevent invalid recipe definitions at compile time. This approach demonstrates how DSLs can streamline domain-specific tasks, offering a practical example relevant to both programming language design and culinary knowledge modeling.

Authors: Tanase (Murareci) Georgiana-Ionica
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

15:15-15:30

Vuculescu Yrenna, Student (B.Sc.)

Dependencies Graph Analyzer

On-line
The project aims to develop a functional analyzer for dependency graphs between modules/packages, with a focus on determinism, composability, and reproducibility. The ultimate goal is to create a tool that can identify circular dependencies, measure the degree of coupling between components, and generate an overall “architectural health” score for the analyzed project.

Authors: Vuculescu Yrenna
Affiliaition: Faculty of Engineering and Computer Science, SPIRU HARET University

15:30-15:45

Valentina Marascu, Dr., Lecturer and 3rd Scientific Research Degree

Secure communication techniques grounded in cold-plasma-based cryptographic systems. An educational approach

On-line
Plasma physics has become an increasingly important discipline due to its broad technological applications, including rocket propulsion, carbon-free energy production, ITER-type fusion devices, agriculture, and healthcare. In parallel, the emergence of quantum computing highlights the relevance of plasma physics within its distinct physical context, with potential benefits for information security. The inherent properties of plasma, particularly its electrical behaviour, can be exploited to design computational models suitable for secure communication systems. Accordingly, this work introduces a cold-plasma-based cryptographic framework for secure data exchange. The model utilises electrical diagnostics measurements from a cold plasma discharge. Experiments were performed using Helium, Hydrogen, and Deuterium plasmas. Data gathered from electrical diagnostics were used to generate encryption keys, which were subsequently applied in the AES (Advanced Encryption Standard) and RSA (Rivest–Shamir–Adleman) algorithms, enabling a comparison between symmetric and asymmetric encryption. Implemented in Python, the proposed cryptographic model leverages plasma-derived features to ensure confidentiality, integrity, and availability in communication systems.

Authors: Valentina Marascu1,2, Stefania Loredana Nita3, Marius Iulian Mihailescu1
Affiliaition:
1Faculty of Engineering and Computer Science, Scientific Research Center in Mathematics and Computer Science, Spiru Haret University, 46G Fabricii, Bucharest, Romania 2National Institute for Lasers, Plasma and Radiation, Magurele, Romania
3Institute for Computers, 11A Fabrica de Glucoza Street, RO-020331, Bucharest, Romania

15:45 - 16:00

Marius Iulian MIHAILESCU, Dr., Assoc. Prof.

From Code to Defense: Workshop on Static and Dynamic Software Security

On-line
Understanding and addressing vulnerabilities at every stage of development is the first step towards effective software security. In this interactive presentation, "From Code to Defense" participants learn how to use static and dynamic analysis tools and methodologies in real-world scenarios. Attendees will discover, examine, and fix common security vulnerabilities in software systems through interactive laboratories. Code review, vulnerability detection, runtime behavior analysis, and tool integration into development workflows are among the crucial subjects covered in the workshop. This session, which is intended for developers, security experts, and students, equips them with the knowledge and abilities necessary to go from spotting bugs in code to putting strong defenses against contemporary online threats.

16:00-16:15

Grigore ALBEANU, Dr., Prof.
Marius Iulian MIHAILESCU, Dr., Assoc. Prof.

CAMAI 2025 Closing Remarks

On-line
Closing remarks: Reflecting on insights and charting future directions

CAMAI 2025 Closing Remarks

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Submission & Registration

Scientific researchers from the universities, research centers, industry and education institutions are invited to send original research contributions to be considered for review and presentation in CAMAI 2025 sections.

Submission of paper abstracts is equivalent with pre-registration.

Important dates:

  • Submission deadline: December, 5th, 2025
  • Notification due: December 10th, 2025
  • Final version due: December 10th, 2025

Abstracts will be sent as PDF files and will include the following information:


  • title
  • name and affiliation for all authors
  • e-mail for corresponding author
  • abstract
  • keywords
  • AMS or ACM classification

Abstracts will be in English. Abstract length must be between 1 and 2 pages (A4 size).

Abstracts will be sent by e-mail to secretariat_misn@spiruharet.ro.

Full papers will be made using Latex Guidelines and will be written in English.

Full papers will be sent to secretariat_misn@spiruharet.ro to be included in publications as specified in CALL FOR PAPERS.

Final registration will be confirmed by e-mail to secretariat_misn@spiruharet.ro.


Event Starts In:

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Editorial Committee

Grigore Albeanu, Dr.
Professor
Dean of Engieering and Computer Science Faculty
Iordan Duda, Dr.
Professor
Engieering and Computer Science Faculty

Scientific Committee

  • Prof. Dr. Vasile STAICU, University of Aveiro, Portugal
  • Prof. Dr. Gregory MAKRIDES, University of Cyprus, Cyprus
  • Prof. Dr. Anuradha MAHASINGHE, University of Colombo, Sri Lanka
  • Sci. Res. I Dr. Veturia CHIROIU, Institute of Solid Mechanics of The Romanian Academy, Romania
  • Sci. Res. I Dr. Ligia MUNTEAN, Institute of Solid Mechanics of The Romanian Academy, Romania
  • Prof. Dr. Vasile PREDA, University of Bucharest, Romania
  • Prof. Dr. Ion CHITESCU, University of Bucharest, Romania
  • Prof. Dr. Tudor BALANESCU, University of Pitesti, Romania
  • Prof. Dr. Horia GEORGESCU, University of Bucharest, Romania
  • Assoc. Prof. Dr. Rodica IOAN, Spiru Haret University, Bucharest, Romania
  • Assoc. Prof. Dr. Marius Iulian MIHAILESCU, Spiru Haret University, Bucharest, Romania

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