Math CAD

The Global Standard for Engineering Calculations

  • Introduction

    PTC Mathcad is the Industry Standard Software for Engineering Calculations.

    PTC Mathcad combines the ease and familiarity of an engineering notebook with the powerful features of dedicated engineering calculations application. Its document-centric, WYSIWYG interface gives you the ability to solve, share, re-use and analyze your calculations without having to learn a new programming language. The result? You can spend more time engineering and less time documenting.

    The latest release, PTC Mathcad Prime 2.0, adds powerful new calculation capabilities to a powerful yet easy-to-learn, easy-to-use platform. PTC Mathcad Prime 2.0 delivers greater computational power, providing 3-D graphing, integration with Microsoft® Excel®, collapsible areas, and symbolic (CAS) capabilities, all in a document-centric environment. With over 600 built-in mathematical functions, PTC Mathcad Prime 2.0 allows advanced engineering exploration. Also, PTC Mathcad Prime 2.0 integrates with other best-in-class PTC products like Creo® Parametric and Windchill®, increases productivity, improves process efficiency, and allows for better collaboration between individuals and teams.

  • Features

    Today’s top engineers use Mathcad to perform, document and share calculation and design work. The unique Mathcad visual format and scratchpad interface integrate live, standard mathematical notation, text and graphs in a single worksheet – making Mathcad ideal for knowledge capture, calculation reuse, and engineering collaboration.

    Mathcad is engineering calculation software that drives innovation and offers significant personal and process productivity advantages for product development and engineering design projects. Unlike proprietary calculating tools and spreadsheets, Mathcad lets engineers design and document engineering calculations simultaneously with comprehensive applied math functionality and dynamic, unit-aware calculations.

    Features & Benefits

    • Easy to learn and use – no special programming skills required
    • Increases productivity, saving engineers time and reducing errors
    • Improves verification and validation of critical calculations
    • Captures intellectual property and promotes calculation best practices and reuse of calculation content
    • Enables secure, robust management of calculations when used with Windchill
    • Complete documentation of calculations supports standards compliance

    Mathcad

    Mathcad Screen
  • Specification

    What’s New in Mathcad 14.0

    Mathcad 14.0 is PTC’s first global release of Mathcad since the acquisition of Mathsoft in April 2006. This release offers several significant enhancements which improve the personal and engineering process productivity benefits currently offered by the Mathcad product family.

    Global Language Support

    9 Languages

    Mathcad is now available in the same 9 languages that PTC has historically offered: English, German, French, Italian, Spanish, Japanese, Traditional and Simplified Chinese, Korean.

    Full Unicode Support

    Unicode enables consistent worksheet display regardless of operating system, locale or language setting. Users can use all necessary region- and discipline-correct notation in any area of a Mathcad worksheet including variable names, plot labels, etc. Mathcad now offers better support for Asian characters, improving usability, streamlining insertion of Japanese characters, and increasing personal productivity and global collaboration.

    Improved Calculation Power and Clarity

    Worksheet Analysis

    New worksheet compare feature enables users to visually compare 2 similar worksheets and quickly identify added, changed, or removed regions. This enhances collaboration, worksheet reuse, and the engineer’s ability to and audit engineering calculations.

    Enhanced worksheet search now identifies search results in collapsed (hidden) regions of worksheets, enabling a more complete reporting of search results. This improves engineering design efficiency, quality, and collaboration.

    Inline Numeric Evaluation and Enhancements to Explicit Calculation

    This capability allows users to define and evaluate equations in a single statement- one line- enabling compact documentation and support for standard report formats. This saves space on the worksheet and improves worksheet organization and clarity.

    Inline numeric evaluation also improves the existing explicit calculation capability by binding the variable name to the result of the inline numeric evaluation. Explicit calculations allow users to substitute values for variables in equations to document and verify that the correct values are being used to calculate the result. Users can leverage the enhancement in Mathcad 14.0 when documenting intermediate equations and results in explicit calculations. Improving the clarity of explicit calculations enables faster verification, validation and auditing of engineering calculations. This enhancement benefits engineers who submit worksheets as part of a design proposal, standards compliance document, or other formal report.

    Enhanced Symbolics

    Mathcad 14.0 offers a significant Symbolics update which includes new and enhanced capabilities such as symbolic vectorization, solve fully, new and enhanced keywords, continued fraction expansion, extended, piecewise, and repeating solutions. This enables users to derive formulas, demonstrate process, and document engineering reasoning. Power users, research and design engineers, and other Ph.D. level users requiring symbolics will benefit from these improvements.

    New gradient operator and Jacobian matrices. These new symbolic features enable vector analysis, particularly as input for genfit and stiff ODE solvers. Applicable in both symbolics and numerical analysis, these features enable streamlined and clearer vector analysis calculations for many users including power users and mechanical design engineers.

    Enhancements in Mathematic Solvers

    These enhancements allow users to solve and document a broader range of engineering design problems.

    New and improved ordinary differential equation (ODE) solvers enable faster, more reliable calculations. Solves ODEs faster and more reliably for design problems with varying scale and periodicity of solutions. Reduces the expertise required to solve difficult ODE problems. This improvement benefits a broad range of engineers, especially mechanical engineers.

    Statespace for ODE matrix operations. Enter linear systems of ODEs in a discipline-correct statespace notation. More discipline-specific notation for documenting and capturing intellectual property. This benefits users that develop and analyze control engineering designs.

    Enhancements in Plot Formatting

    Allow users to create better graphical reports, improving documentation, communication and collaboration throughout the product development process.

    New tab for customizing number format on 2D plot axes allows users to quickly customize graphs.

    Support for negative radii on polar plots results in an alternate style of polar plots, improving plot quality and clarity. Polar plot improvements in Mathcad 14.0 are useful for electrical design engineers analyzing electromagnetic radiation for communications or antenna design applications.

    Increased PTC Support

    With Mathcad 14.0, customers on active maintenance now have access to PTC’s global 24X7 technical support. This significantly increases the previous technical support offering, giving customers the support they need anytime, anywhere.
    Single users will activate Mathcad 14.0 new licenses and upgrade licenses using PTC’s automated licensing infrastructure. Mathcad’s new FlexLM license management implementation for single users offers a more robust activation process and improves the end-user experience.

  • Downloads