Paper Prints Policy

Pak Advances in Engineering Research (PAER) operates primarily as an open-access, digital-first publication. However, we recognize that some authors, readers, and institutions may require printed versions of articles. This Paper Prints Policy outlines the conditions and procedures for obtaining printed copies of articles published in Pak Advances in Engineering Research.

Key Aspects of the Paper Prints Policy:

Digital-Only Publication:

  • Pak Advances in Engineering Research publishes all its content digitally as part of its open-access model. This ensures that research is disseminated rapidly and is accessible to a global audience without any access restrictions.

Print on Demand:

  • While Pak Advances in Engineering Research primarily focuses on digital content, print-on-demand services are available for those who require physical copies of specific articles or issues.

  • Authors, institutions, or readers wishing to receive printed copies of individual articles, special issues, or complete volumes can request printed versions through the journal’s website or by contacting the editorial team.

Costs and Fees:

  • Paper prints are generally available for a fee to cover the costs of printing and shipping. The pricing will depend on:

    • The length of the article or issue (e.g., the number of pages).

    • Whether the printing is in color or black-and-white.

    • The destination for shipping and delivery method.

  • Authors and readers will be informed of the costs when submitting a print-on-demand request.

Production and Shipping:

  • Once an order for a printed copy is confirmed, the article or issue will be printed, packaged, and shipped. The delivery time will depend on the location and the shipping method chosen.

  • The journal ensures that printed copies are of high quality, with professional binding (if applicable) and clear reproduction of figures, tables, and text.

Environmental Considerations:

  • Pak Advances in Engineering Research encourages digital access and aims to reduce the environmental impact of paper production. Printed copies will only be produced upon request, ensuring that physical resources are used responsibly and efficiently.

  • The journal supports sustainable practices by offering print-on-demand services instead of routinely printing large numbers of copies, minimizing unnecessary printing.

Special Issues or Bulk Orders:

  • For special issues, conference proceedings, or bulk orders (e.g., for institutional libraries or conferences), Pak Advances in Engineering Research offers print-on-demand services. Bulk orders may benefit from special pricing and customized delivery options.

  • Requests for bulk printing should be made in advance, and the journal will provide a customized quote based on the quantity ordered.

No Subscription for Print Copies:

  • Pak Advances in Engineering Research does not offer a traditional print subscription model. Printed copies are available on demand, allowing readers to order specific articles or issues as needed.

  • This system provides flexibility for readers while keeping the journal’s operations focused on its digital-first approach.

Order Processing:

  • Authors or readers wishing to request paper prints should submit their request through the journal's online system or by directly contacting the editorial team.

  • Once the order is received, the journal will process the request promptly, with estimated timelines provided for production and delivery.

Quality Assurance:

  • The journal ensures that all printed copies maintain the same high standards as its digital publications, including high-quality printing of all content, such as figures, tables, and research data.

Conclusion:

By offering a print-on-demand service, Pak Advances in Engineering Research accommodates the needs of those who require physical copies of articles or issues, while continuing to prioritize its core open-access, digital-first approach. This policy allows the journal to support the accessibility and widespread distribution of high-quality engineering research while minimizing its environmental impact.