Digital Mission Engineering

從晶片到任務，將工程產品生命週期所有階段的建模和模擬工作連結起來。透過以物理為基礎的精準動態模擬，藉此模擬多領域操作環境，包括陸地、海洋、空中和宇宙。與 Ansys 多物理工具和求解器產品組合整合，實現無與倫比的端對端建模和模擬。

聯繫我們

Digital Mission Engineering (DME) Solutions

Digital mission engineering products enable engineers, operators, and analysts to connect modeling and simulation efforts across all phases of the engineering product life cycle. Model operational environments and the interrelationships of assets with accurate, dynamic, physics-based simulations to validate system designs with respect to the missions outcome. Model assets across multiple domains, including land, sea, air, and space. Analyze system performance, and integrate with the Ansys portfolio of multi-physics tools and solvers to achieve unmatched end-to-end modeling and simulation.

Digital Mission Engineering

The latest release of STK continues to expand and enhance integration across Ansys multiphysics solvers, boosting confidence in early concept system design, improving decision-making, and improving the efficiency of the engineering process.

Enhanced Radar Clutter Modeling
Integrated EOIR Thermal Model Loading from Aviator
Cislunar Support

Webinars

使用ODTK導航月球與月軌內空間

瞭解Orbit Determination Tool Kit (ODTK) 如何應對月球和月球周圍領域的導航和定位服務不斷擴大的需求。

立即報名

Ansys 2023 R1:STK Aviator新增功能

了解外部星表文件如何創建 Aviator 物件，使 Aviator 能夠根據外部星表軌跡確定適當的姿態、空氣動力學、推進和熱模型。

立即報名

Ansys 2023 R1：Radar Clutter Modeling with STK 新增功能

了解 STK Radar 如何透過雷達插件接口整理幾何形狀和散射模型，並分析雜波對雷達整體系統效能的影響，以保持及追蹤目標物件的能力。探索如何透過雷達接口界面了解 STK 雷達雜訊幾何和散射模型，並分析雜訊對雷達整體系統效能和維持對目標物體追蹤能力的影響。

立即報名

採用 Ansys STK、ODTK 和 ModelCenter 的 Lunar Constellation Optimization

了解 ModelCenter 中的 STK Communication、Navigation in ODTK及工具鏈。了解 ModelCenter 中提供的指標分析研究和優化功能。

立即報名

太空船熱能評估

在本‍線上研討會中，Eli Vidana 和 Doug Bell 將示範如何運用 STK 規劃太空船任務概要，並瞭解在 Thermal Desktop 中太空船熱效能的影響。

立即報名

軌跡建模與月軌空間：5 部曲系列

月球周圍任務具有推動科學進步、技術創新和經濟增長的潛力，使其成為未來幾年太空探索的重要焦點。在月球周圍太空中的軌跡建模將在這些任務的成功中發揮重要作用。避免與太空中的其他物體碰撞、優化燃料消耗，以及確保太空船按時且準確地抵達目的地，這只是軌跡建模的幾個目標之一。

立即報名

Spacecraft Thermal Evaluation

In this webinar, Eli Vidana and Doug Bell show how you can leverage STK to plan your spacecraft's mission profile and understand the impact on the spacecraft's thermal performance in Thermal Desktop.

Trajectory Modeling and Cislunar Space: 5-part Series

Cislunar missions have the potential to drive scientific progress, technological innovation, and economic growth, making them an important focus for space exploration in the coming years. Trajectory modeling in cislunar space will play an important role in the success of these missions. Avoiding collisions with other objects in space, optimizing fuel consumption, and ensuring that spacecraft arrive at their destinations on time and on course are just a few objectives of trajectory modeling.

Digital Mission Engineering 產品

檢視所有 Ansys 產品

Systems Tool Kit (STK)

Digital Mission Engineering

Systems Tool Kit (STK) provides an environment for analyzing and visualizing complex systems in the context of your mission. Interact with data from platforms across the aerospace, defense, telecommunications, and other industries. Simulate your intended missions and communicate the results with reports, graphs, and stunning 3D animations.

View Product

Orbit Determination Tool Kit (ODTK)

Digital Mission Engineering

Orbit Determination Tool Kit (ODTK) processes tracking data and generates orbit ephemeris with realistic covariance. With ODTK, you can process a wide variety of traditional and non-traditional measurements using a state-of-the-art optimal sequential filter and matched smoother to generate orbits and realistic covariance.

View Product

DME Component Libraries

Digital Mission Engineering

DME Component Libraries is a collection of low-level development libraries that is well-suited for developers of both custom desktop applications and web-first architectures. These Java and .NET DME Component libraries provide foundational capabilities modeled after STK’s design and analysis workflows. These libraries have been purpose-built to address scalability and performance for large enterprise deployments, OEM efforts, andother architectures requiring flexibility and speed. Developers can incorporate fundamental mission and systems modeling capabilities into their applications flexibly and efficiently.

View Product