--- description: COMSOL Multiphysicsを実際に使用したユーザーのレビューから、製品の機能や価格、メリットデメリットをご覧いただけます。類似製品との比較も簡単、ぴったりのSaaSが見つかるはず！ image: https://gdm-localsites-assets-gfprod.imgix.net/images/capterra/og_logo-e5a8c001ed0bd1bb922639230fcea71a.png?auto=format%2Cenhance%2Ccompress title: COMSOL Multiphysicsとは？ | 機能や料金、導入事例をご紹介【キャプテラ】 --- 現在地表示: [ホーム](/) > [シミュレーションソフト](/directory/30607/simulation/software) > [COMSOL Multiphysics](/software/123801/comsol-multiphysics) # COMSOL Multiphysics Canonical: https://www.capterra.jp/software/123801/comsol-multiphysics ページ：1 / 3\ 次へ: [次ページ](https://www.capterra.jp/software/123801/comsol-multiphysics?page=2) > 最適化と検証による物理ベースのモデリングを可能にするシミュレーションツール。 > > 評価：35人のユーザーによる評価は**4.6/5**。**おすすめ度**で最高の評価。 ----- ## 概要 ### COMSOL Multiphysicsの対象ユーザー メッシング、後処理、CAD、シミュレーションアプリケーションなどの機能を備えた科学者やエンジニア向けの物理シミュレーションツール。 ## 簡単な統計と評価 | 測定基準 | 評価 | 詳細 | | **総合評価** | **4.6/5** | 35 レビュー | | 使いやすさ | 4.1/5 | レビュー全体に基づく | | カスタマー・サポート | 4.4/5 | レビュー全体に基づく | | 価格の妥当性 | 4.4/5 | レビュー全体に基づく | | 機能 | 4.7/5 | レビュー全体に基づく | | おすすめ率 | 80% | (8/10 おすすめ度) | ## 企業情報 - **キャプテラについて**: Comsol Group ## ビジネスコンテキスト - **対象となる企業**: 自営業, 2～10, 11～50, 51～200, 201～500, 501～1,000, 1,001～5,000, 5,001～10,000, 10,000+ - **デプロイとプラットフォーム**: クラウド、SaaS、ウェブベース, Mac（デスクトップ）, Windows（デスクトップ）, Linux（デスクトップ）, Android（モバイル） - **サポートされる言語**: イタリア語, ドイツ語, フランス語, ロシア語, 中国語, 日本語, 英語 - **利用可能な国**: アメリカ合衆国, イタリア, インド, スウェーデン, ドイツ, フランス ## 機能 - 3D画像処理 - グラフィカルデータ・プレゼンテーション - プレゼンテーション・ツール - モーション・モデリング - レポート／分析 - 数学的モデリング - 直接操作 - 確率モデル - 連続モデリング - 離散事象モデリング ## サポートのオプション - メール/ヘルプデスク - FAQ/フォーラム - 電話サポート ## Category - [シミュレーションソフト](https://www.capterra.jp/directory/30607/simulation/software) ## 代替製品 1. [SimForm](https://www.capterra.jp/software/1078103/SimForm) — 4.3/5 (3 reviews) 2. [AnyLogic](https://www.capterra.jp/software/95940/anylogic) — 4.5/5 (518 reviews) 3. [MATLAB](https://www.capterra.jp/software/125813/matlab) — 4.6/5 (2090 reviews) 4. [Ansys Discovery](https://www.capterra.jp/software/210124/ansys-discovery) — 3.9/5 (17 reviews) 5. [FlexSim](https://www.capterra.jp/software/107009/flexsim) — 4.6/5 (128 reviews) ## レビュー ### "COMSOL Multiphysics: A Powerful Tool with Some Limitations" — 4.0/5 > **Felipe** | *2023年3月31日* | 教育管理 | おすすめ評価：9.0/10 > > **良いポイント**: I have been using COMSOL Multiphysics for some time now, and I am very impressed with its capabilities. As someone who regularly deals with problems of solid acoustic interaction, I have found the Pressure Acoustics Module to be particularly useful.One of the things I appreciate most about COMSOL Multiphysics is how well the equations are described. The software is very user-friendly, and I have found that the models are easy to set up, even for someone who is relatively new to the program.The Pressure Acoustics Module is especially helpful for simulating acoustic pressure waves in fluids and solids. It allows for accurate modeling of complex systems, including the interaction between sound waves and materials.Another advantage of using COMSOL Multiphysics is its versatility. The software is capable of modeling a wide range of physical phenomena, including electromagnetics, structural mechanics, and fluid dynamics, among others. This makes it a valuable tool for engineers, researchers, and scientists working in a variety of fields. > > **改善点**: While I have found COMSOL Multiphysics to be a valuable tool for simulating complex systems, there are some limitations and drawbacks to be aware of.One challenge I have encountered is setting up parallel computing. While the software does support parallel computing, it can be difficult to configure, and it can be hard to tell whether the software is actually running in parallel in a cluster setup. This can be frustrating for users who are looking to optimize their simulations.Another limitation I have encountered is that some modules have limitations that are not well described in the manual. For example, I have found it challenging to create an absorbing PML for a time-domain simulation. While it is possible to do so, the process can be complicated and may require additional research or support.Finally, I have also found that customer service can sometimes take longer to reply than I would like. While the support team is generally helpful and responsive, there have been instances where I have had to wait several days for a response to my inquiry. > > Overall, I would highly recommend COMSOL Multiphysics to anyone in need of a powerful, yet user-friendly simulation software. Its well-described equations and easy-to-use models make it a valuable asset for any project.Despite these limitations, I still believe that COMSOL Multiphysics is a powerful and valuable tool for simulating complex systems. Its ease of use and versatility make it a valuable asset for engineers, researchers, and scientists working in a variety of fields. However, it's important to be aware of its limitations in order to make the most of the software's capabilities. ----- ### "Best UI for any FE tool" — 5.0/5 > **認証済みレビュアー** | *2026年2月3日* | 電気・電子機器製造 | おすすめ評価：10.0/10 > > **良いポイント**: Very easy and intuitive to use, while keeping functionality and options available for highly technical users > > **改善点**: Any UI-based FE solver introduces a lack of flexibility because you need to use the combined package instead of picking and choosing different packages for pre and post processing. > > Amazing to have a package that does everything well, from 3D modeling to meshing to analysis. Would be better if comsol used Python for scripting ----- ### "Could be better" — 3.0/5 > **Ramin** | *2022年4月2日* | 石油、エネルギー | おすすめ評価：6.0/10 > > **良いポイント**: Diverse options for a chemical engineer to apply to different areas of his/her work. > > **改善点**: Could be more user-friendly with broader database. ----- ### "A great software for solving finite element analysis" — 5.0/5 > **認証済みレビュアー** | *2019年3月24日* | 研究 | おすすめ評価：10.0/10 > > **良いポイント**: I have been using this software for the past 10 years and have witnessed the growth of this software. COMSOL is one of the best software to date for Multiphysics applications. Some of the distinct advantages I have experienced are: 1. It is very easy to learn provided one must know the underlying theory behind the simulation, i.e. equations and empirical relations one has to consider for a specific problem. 2. Documentation is easily accessible, blog posts and COMSOL user community is very helpful and growing rapidly. Additionally, they have the best and easily accessible support staff able to answer any relevant questions. 3. GUI and post-processing visualizations are remarkable. 4. Highly capable multiphysics software with great ease of use and customizable for a wide range of applications and real-world scenarios. Very easy and simple coupling between physics modules. Simulations are easy to set up which involves multiphysics. 5. CAD modeling is unbeatable. Complex geometries can be solved with an ease that are extremely difficult with other software. > > **改善点**: COMSOL has a lot of cons and listing all of them is impossible. But some of them which I frequently have to deal with are: 1. It is computationally intensive software, needs a lot of memory and processing power. 2. It is slow because many post-processing steps equations are solved simultaneously and when actual post-processing is done, it just extracts the results from the solver. This makes the solution extremely slow if complex geometries are involved. 3. Due to the finite element approach, the convergence of the solution can often become challenging. 4. Because of the meshing issues for complex geometries, the converged solution can be difficult to trust. Also, apart from the built-in functions for physics, it can be really hard to figure out how to numerically solve pure and applied math problems that don't fit neatly in their packages. > > If anyone wants to get the best out of this software, it is highly recommended to go through intensive training provided by COMSOL, it is worth. This software is able to do real-world complex simulations, and in my experience, it can often become challenging to even deploy the full potential this software can provide because we are not even aware what can be done with this. It is better to run complex 3D simulations on a powerful workstation or cluster computer, as COMSOL is intensive memory consuming software. ----- ### "COMSOL knows all about physics" — 5.0/5 > **認証済みレビュアー** | *2022年8月30日* | 研究 | おすすめ評価：8.0/10 > > **良いポイント**: Since I work in mechanical engineering, I use mostly the finite elements and CFD calculation. COMSOL offers diverse meshing options and knows by heart all laws of classical physics. You almost feel like using a drop-and-drag application, even while simulating complex physics phenomena. And even if you have trouble designing the object, COMSOL customer service is always here to help. > > **改善点**: The cost. Even though I know that it get my money's worth, I am not always using all the functions, therefore a partial subscription would have me save a ton. > > I simulated a thermal-fluid dynamics coupled problem system with complex and confined geometry. If I was using Code Aster, MATLAB, or open source programs, it would take me a decade coding and choosing the right meshing method. COMSOL, however, got it done in one afternoon. My supervisor was very happy seeing my quick results. ----- ページ：1 / 3\ 次へ: [次ページ](https://www.capterra.jp/software/123801/comsol-multiphysics?page=2) ## リンク - [Capterraで表示する](https://www.capterra.jp/software/123801/comsol-multiphysics) ## このページは以下の言語で利用できます | ロケール | URL | | de | | | de-AT | | | de-CH | | | en | | | en-AE | | | en-AU | | | en-CA | | | en-GB | | | en-IE | | | en-IL | | | en-IN | | | en-NZ | | | en-SG | | | en-ZA | | | es | | | es-AR | | | es-CL | | | es-CO | | | es-CR | | | es-DO | | | es-EC | | | es-MX | | | es-PA | | | es-PE | | | fr | | | fr-BE | | | fr-CA | | | fr-LU | | | it | | | ja | | | ko | | | nb | | | nl | | | nl-BE | | | pt | | | pt-PT | | ----- ## 構造化データ