Mathcad has a broad base of customers in a different industry verticals and engineering disciplines (discrete manufacturing, AEC (architecture, engineering and construction), process, energy.
In addition to Aero & Defense, Auto, High tech/electronics, strong presence. in other verticals.
Engineering calculations are used throughout the product development process CAD captures the “what?” Mathcad captures the “why?” IP capture documents critical engineering decisions & ensures traceability
Engineering calculations are used throughout the product development process and must be captured and shared as critical IP assets. Why is there an opportunity to improve this part of the process? Traditional engineering calculation methods are outdated Physical handbooks remain an important tool for estimating, validating, and early sizing Calculators, spreadsheets, programming languages and paper notebooks are used to document engineering calculations Typically, this knowledge is lost, not easily understood by others, or locked up in the physical item Too many iterations Intuition/experience combined with multiple CAE and/or physical prototype iterations are used in lieu of formal calculations, resulting in a lengthy and inefficient design process Aging engineering workforce (especially in the Aerospace industry and Japan) Engineering knowledge, institutional knowledge, and the reasoning behind many engineering decisions is lost As companies globalize, institutional knowledge is lost and best practices are abandoned Formalizing and documenting usage of engineering calculations is necessary to institutionalize best practices Regulatory compliance Many companies are required to fully document the engineering work that goes into their products Current methods of documentation make these submissions, are time consuming to prepare and delay time to market, and leave organizations at risk
Reasons why Mathcad has become the global standard for engineering calculations Engineering Focused Intuitive Easy to use, whiteboard interface Natural math notation Comprehensive Combines text, live math, graphics, and annotations in a single worksheet Unmatched breadth of application- powerful mathematics functionality, unit awareness Interoperable Easily integrates with other engineering applications Scalable Can extend functionality on the desktop and beyond the desktop
This is our vision for how a product development system should be. A single integrated system with all digital product information managed and controlled.
PDS: Integral System for Managing Product Development & Technical Publications
List the PDP fundamentals that are the addressed by the solution
Windchill XML-based Mathcad documents can be captured, controlled, and reused Maintain and manage the associativity between Mathcad and Pro/ENGINEER content Improves the ability to capture critical intellectual property (IP) contained in Mathcad worksheets, providing secure, centralized access so that others can share and reuse the valuable IP Maintain and manage the associativity between Mathcad and Pro/ENGINEER content Improves the ability to capture critical intellectual property (IP) contained in Mathcad worksheets, providing secure, centralized access so that others can share and reuse the valuable IP
1) "The user interface makes is quick and intuitively easy to set up even very complex problems and solve them numerically or symbolically. Mathcad makes me many times more productive than I could be using only more traditional applications and programming tools." 2) "The 2-D graphics improvements in Mathcad 14, particularly the new plotting options, are very important to scientists and engineers who must produce detailed technical reports. Because I frequently can use Mathcad plots directly in my documents, without resorting to a separate plot package, I save on the order of 20% of the time it would otherwise take to document my results." 3) "The new symbolics solvers are smarter and more robust than those in older versions. My own use focuses on fitting simple functions to experimental data or the results of complex simulations, and in Mathcad, those fits are easy to set up and accomplish. In testing the new version, I also benchmarked this new symbolics capability against equations that only Mathematica was able to solve before - now Mathcad can solve them.“ Joel S. Davis, Chief Scientist Ball Aerospace Systems Engineering Solutions 2201 Buena Vista Drive, SE Suite 100 Albuquerque, NM 87106 Phone: 505-242-2227 x116 FAX: 505-242-9663 EMAIL: [email_address]
All region- and discipline-correct characters and notation accepted in any area of a Mathcad worksheet variable names plot labels dialog boxes, such as Find and Replace Pathnames for data files Error messages in UserDLLs Ebook section titles and search terms Etc.
Enhanced functionality for existing symbolic math Vectorization in symbolics Solving “fully” Piecewise integral solutions Substitute and collect on expressions New keywords and functions Continued fractions, rewrite equivalent expressions IsPrime, numer, denom
Del operator calculates gradients Input for genfit() function Useful for mechanics calculations Jacob function calculates Jacobian matrices Input for stiff ODE functions radau(), stiffr(), stiffb()