Altair SimSolid 是設計師、工程師和分析師導向的顛覆性模擬技術，可在幾分鐘內對結構複雜的 CAD 組裝體進行結構分析。它消除了傳統結構模擬中最耗時、最專業且最易出錯的兩項任務：幾何準備和網格劃分。
可在現實條件下對多個設計方案進行快速模擬。可以使用任何通用格式匯入 CAD 模型。Altair SimSolid 可相容於不精確幾何，這意味著與 CAD 嵌入式模擬工具不同，SimSolid 在分析設計之前無需簡化複雜的幾何形狀。
Altair SimSolid 支援所有典型連接（螺栓、黏結、焊接、鉚釘、滑動）和線性靜力學、模態、熱分析，以及更複雜的耦合、非線性、瞬態分析。SimSolid 提供的模擬能力有助於使用者做出更快的工程決策，從而更快地開發出優質產品，以實現市場競爭中的優勢地位。
Altair SimSolid 獨特的技術完全消除了傳統結構分析中最耗時、最專業且最容易出錯的兩項工作 —— 幾何結構簡化和網格劃分。
Altair SimSolid 旨在分析不宜採用傳統 FEA 方法的複雜零件或大型組裝體，在處理具有間隙和乾涉的幾何形狀的粗糙接觸面時表現十分出色。
Altair SimSolid 的速度很快，在標準 PC 上，通常只需幾秒到幾分鐘的時間即可完成計算，從而能夠快速、準確地比較多個設計方案。
For this overview, Tony Abbey, director of FETraining and a consulting analyst at Digital Engineering, was able to explore design configurations rapidly. This prompted further exploration into alternative configurations, such as an integral fitting.
When it comes to simulation, large assemblies cause some serious headaches for those looking to perform efficient analyses. Al Dean, co-founder and editor-in-chief of DEVELOP3D, explores SimSolid's unique solution to an age-old problem.
Engineering.com explores what sets SimSolid apart from other "mesh-free" software - it's accuracy in comparison to traditional FEA tools. They also cover SimSolid features like modeling of welds, complex assemblies, and thin-walled structures.
The "SimSolid Real-World Validation Manual for Stress Analysis" takes a series of simple and complex SolidWorks models through static simulation studies in SimSolid. In all cases, stress results between the two analysis tools was within 10%.
