: Comprehensive data for advanced undergraduate or graduate research and professional selection.
: Enhanced graphical tools for plotting material properties (e.g., Yield Strength vs. Density) to identify optimal material indices.
This article takes a deep dive into CES EduPack 2009: its core features, the technological context of its release, its impact on engineering curricula, and its legacy in today’s world of digital material informatics. ces edupack 2009
If you’re a nostalgic educator or a curious student, can you still run CES EduPack 2009? Possibilities include:
Furthermore, the software supported three distinct levels of difficulty, making it adaptable for undergraduates, graduate students, and even research professionals: : Comprehensive data for advanced undergraduate or graduate
Yet, the —that brilliant visual selection tool introduced in early CES versions—remains unchanged. A student using CES EduPack 2009 would instantly recognize the 2024 version, though the latter is far more powerful and user-friendly.
: Inclusion of specific datasets for different engineering fields, such as Aerospace , Eco-design , and Industrial Design . This article takes a deep dive into CES
This visual, interactive filtering was far more intuitive than scanning table after table of numeric data.
The Eco-Audit allowed students to input the lifecycle of a product—from material production and manufacturing to transport, use phase, and end-of-life disposal. The software would then generate a breakdown of energy consumption and $CO_2$ footprint.
A typical student exercise: "Compare the total lifecycle energy of a paper coffee cup vs. a ceramic mug over 1,000 uses." The results were often surprising (the ceramic mug required far more energy to produce, but over 1,000 uses, it won).
Despite these issues, it became the standard.