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Compare Scilab and SolidWorks Simulation 
At a Glance
Market Segments
Small-Business (57.9% of reviews)
Mid-Market (49.1% of reviews)
Entry-Level Pricing
No pricing available
No pricing available
Scilab
Star Rating
(64)4.5 out of 5
Market Segments
Small-Business (57.9% of reviews)
Pros & Cons
Not enough data
Entry-Level Pricing
No pricing available
Learn more about ScilabSolidWorks Simulation
Star Rating
(58)4.3 out of 5
Market Segments
Mid-Market (49.1% of reviews)
Pros & Cons
Entry-Level Pricing
No pricing available
Learn more about SolidWorks SimulationSummary
AI Generated Summary
AI-generated. Powered by real user reviews.
- Users report that Scilab excels in data sampling capabilities with a score of 8.9, making it a strong choice for those focused on data analysis, while SolidWorks Simulation, with a score of 8.1, is noted for its robust finite element analysis tools, which reviewers say are essential for detailed engineering simulations.
- Reviewers mention that SolidWorks Simulation shines in 3D/solid modeling tools, scoring an impressive 9.3, which is significantly higher than Scilab's score of 5.7. This makes SolidWorks a preferred option for users needing advanced modeling features.
- G2 users highlight that Scilab's quality control features score 8.2, which is beneficial for users in research and development, whereas SolidWorks Simulation's mechanical event simulation capabilities, scoring 8.6, are praised for their effectiveness in simulating real-world mechanical behaviors.
- Users on G2 report that SolidWorks Simulation offers superior drawing tools with a score of 9.1, compared to Scilab's 7.8, indicating that SolidWorks is better suited for users who prioritize detailed technical drawings in their projects.
- Reviewers say that Scilab's collaboration features score 8.5, which is beneficial for teams working on data-driven projects, while SolidWorks Simulation's multibody dynamics capabilities, scoring 8.7, are highlighted as a key feature for users needing to analyze complex interactions between multiple components.
- Users report that SolidWorks Simulation provides a more user-friendly experience with an ease of use score of 8.5, compared to Scilab's 8.8, suggesting that while both are user-friendly, SolidWorks may have a slight edge in terms of overall accessibility for new users.
Pricing
Entry-Level Pricing
Scilab
No pricing availableSolidWorks Simulation
No pricing availableFree Trial
Scilab
No trial information availableSolidWorks Simulation
No trial information availableRatings
Meets Requirements
9.0
42
8.3
41
Ease of Use
8.8
42
8.5
41
Ease of Setup
Not enough data
8.7
5
Ease of Admin
Not enough data
Not enough data
Quality of Support
8.2
35
8.5
36
Has the product been a good partner in doing business?
Not enough data
Not enough data
Product Direction (% positive)
8.8
40
8.2
38
Features by Category
Administration
8.2
13
Not enough data
8.9
14
Not enough data
8.5
14
Not enough data
Capabilities
8.3
22
Not enough data
8.0
17
Not enough data
8.1
15
Not enough data
8.7
15
Not enough data
Methodology
8.1
12
Not enough data
8.3
15
Not enough data
8.3
18
Not enough data
Generative AI
Not enough data
Not enough data
Not enough data
Not enough data
Design
5.7
7
9.1
21
7.8
10
9.0
20
8.0
10
9.0
21
8.1
7
8.1
20
Tools
8.6
7
8.1
19
7.2
10
8.3
21
8.0
9
8.6
18
Work
8.1
14
7.7
18
8.2
13
7.9
18
7.2
12
8.5
19
7.1
8
8.1
17
6.7
7
8.5
19
Environment
7.6
12
8.2
18
7.7
13
8.3
16
7.3
10
7.8
15
8.3
15
8.3
19
Mechanical Computer-aided Design (MCAD)Hide 18 FeaturesShow 18 Features
Not enough data
Not enough data
Tools - Mechanical Computer-aided Design (MCAD)
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
File Options - Mechanical Computer-aided Design (MCAD)
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Customization - Mechanical Computer-aided Design (MCAD)
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Environment - Mechanical Computer-aided Design (MCAD)
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Not enough data
Categories
Categories
Shared Categories
Scilab and SolidWorks Simulation are categorized as Simulation & CAE
Unique Categories
Scilab is categorized as Statistical Analysis
SolidWorks Simulation is categorized as Mechanical Computer-aided Design (MCAD)
Reviews
Reviewers' Company Size
Scilab
Small-Business(50 or fewer emp.)
Mid-Market(51-1000 emp.)
Enterprise(> 1000 emp.)
SolidWorks Simulation
Small-Business(50 or fewer emp.)
Mid-Market(51-1000 emp.)
Enterprise(> 1000 emp.)
Small-Business
(50 or fewer emp.)
Mid-Market
(51-1000 emp.)
Enterprise
(> 1000 emp.)
Reviewers' Industry
Higher Education
21.1%
Mechanical or Industrial Engineering
10.5%
Computer Software
7.0%
Chemicals
7.0%
Research
5.3%
Other
49.1%
Mechanical or Industrial Engineering
23.6%
Design
16.4%
Higher Education
12.7%
Oil & Energy
7.3%
Machinery
7.3%
Other
32.7%
Discussions
Scilab has no discussions with answers
What is the use of Solidworks software?
2 Comments
SS
Solidworks is a solid modelling tool that best describes it as a tool which can model the complex machine components and mechanisms.
Also Solidworks has a...Read more
SolidWorks Simulation has no more discussions with answers
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