Blog – CADVision Systems SOLIDWORKS

SOLIDWORKS Rx Problem Capture: A How-To Guide

webmaster — Wed, 03 May 2023 07:17:11 +0000

SOLIDWORKS Rx Problem Capture: A How-To Guide

SOLIDWORKS Rx is a problem capture tool that can help you capture critical information of any issue faced in SOLIDWORKS, all while speeding up the troubleshooting process to prevent dragging your project timeline.

Have you ever experienced unexpected issues with your SOLIDWORKS application? Instances like your program crashing or something performing out of the usual?

If so, you’ve probably tried to contact your local SOLIDWORKS technical support and went back and forth with each other just because of collecting information.

Some of which can be done prior to contacting your local support. This can be achieved through problem capturing, which is a feature available in SOLIDWORKS Rx.

This guide will show you how to properly utilize this feature in SOLIDWORKS Rx to reduce needless exchanges between you and your local support.

What is Problem Capture?
Launching your SOLIDWORKS Rx
Problem Capture with SOLIDWORKS Rx

What is Problem Capture?

Problem Capture is one of the built-in capabilities of SOLIDWORKS Rx where you can:

Record a video of the problematic steps that are causing glitches or crashes.
Log performance profiling data including disk and CPU activity from running processes.
Write a description of the problem faced.
Package your SOLIDWORKS files.

All these are then compiled into a ZIP folder that you can send directly to your local tech support to speed up the troubleshooting process.

Now that you understand what it is and what it does, let’s jump straight into the “how-to” part.

Launching Your SOLIDWORKS Rx

If you are using SOLIDWORKS Desktop, the quickest way to open the app is to just type “SOLIDWORKS Rx 20XX” in the Windows search bar based on the SOLIDWORKS version you currently own.

Or you can follow the usual file path: Start > All Programs > SOLIDWORKS 20xx > SOLIDWORKS Tools > SOLIDWORKS Rx 20xx.

For users who are using SOLIDWORKS Connected (3DEXPERIENCE SOLIDWORKS), you will have to access SOLIDWORKS Rx through the SOLIDWORKS application instead.

To do this, open the SOLIDWORKS app and click on the question mark icon located at the top right of your interface, then select SOLIDWORKS Rx shown in the dropdown bar.

If it doesn’t show up in the dropdown list, the alternative is to directly search for it using the command search bar.

This will open up the SOLIDWORKS Rx dialog which looks like this.

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Problem Capture with SOLIDWORKS Rx

Click on the “Problem Capture” tab and the “System Information” dialog will pop up. Do not cancel it as the tool is gathering system information and packaging it automatically for you.

Once it is completed, you will see three different sections in the tab which are Capture, Package, and Describe.

CAPTURING THE PROBLEM

Before you begin to capture the problem, you must specify which source it is from.

This is important as it can be issues coming from other applications instead. For example, SOLIDWORKS Electrical, SOLIDWORKS Composer, etc.

Here we’ll be selecting SOLIDWORKS as our option. Proceed to click on “Record Video” to start capturing.

If you already have a session of SOLIDWORKS running in the background, you will see the pop-up dialog as shown below.

Select “Use Current Session” to capture issues that you cannot replicate at will.

If it is an issue that happens every single time, you may select the “Restart SOLIDWORKS Now” option.

*Disclaimer: If you choose not to restart SOLIDWORKS. All the files you have previously worked on in the same session will be included in the gathering file process.

Either option will lead you to the following dialog.

Before you click on the “Record” button, move the dialog away to the side so that it doesn’t obstruct the screen and the issue can be cleanly captured.

Click the “Finish” button when you’re done recording the issue.

A tick will show up beside the section, indicating that it is completed before moving on to the next step.

PACKAGING FILES

The package section (as the name suggests) is where you package your files into zip format.

Here, you will see a summary of all the information that will be included in the final ZIP file.

Click on “Add Files” to add any additional files that you would like to be included.

The Package Files window will pop up for you to view the files to be attached where you may browse further and include more files or remove unwanted ones as you see fit.

The “Add References” button also allows you to add any reference files such as children and parent parts, drawings, or assemblies.

Once you have verified the files to be added, click on “Add Files to Package”.

Click on the “Package Files” button to proceed.

This will lead you to the “Save As” dialog. The resulting ZIP will be named as your serial number so just leave the file name as it is and click “Save”.

cOnce you are finished, the “Package Complete” dialog will appear. Proceed to Click on “Continue to Step 3” after confirming all the package content.

DESCRIBING THE PROBLEM

The describe section is where you can give additional details regarding the issue you’re facing. This option is available only after you’ve finished packaging the files. There, you will have access to the “Describe” button.

Afterward, the “Program Capture Details” window will appear. This is where you can talk about your issue in-depth to better describe the issue faced.

To assist in this, we’ve prepared a guideline for filling in the details below for your reference.

Click “OK” once all fields are completed.

Finally, the “Problem Capture Complete” dialog will appear, indicating that you have finished capturing the problem.

Here, you may click on various options that allow you to open the file, view file location or start a new problem capture.

Else, click “Exit SOLIDWORKS Rx” and end the session.

*Note: The default location for all SOLIDWORKS Rx ZIP files is located under the file path “C:\Users\’USERNAME’\Documents\SW Log Files\”

PROBLEM SEVERITY GUIDELINES

Summary: This is where you provide a short statement summarizing the whole problem so that others can easily understand the general overview of the issue you are facing.

Description: This is an in-depth version of your problem with more details. We recommend you write it descriptively and include details such as what actions you have taken to troubleshoot the issue or any changes you have recently made on your system, etc.

Impact Level: This determines the severity and urgency of the issue. Please refrain from selecting a higher impact level just to get the issue resolved faster as it may extend the resolution time if the impact is not justified properly.

Critical: You are unable to operate the software and your work has come to a halt, severely impacting the business.
High: Major feature(s) are inoperable, you can still continue your work, but business is significantly impacted.
Medium: The software function is inoperable or not working as it should, you are unable to achieve the desired results and business is moderately impacted.
Low: No loss in functionality, you are facing only minor problems such as documentation errors with little to no business impact.
Question: You are asking general questions that have no business impact.

Reason for Business Impact: Here is where you justify why you’ve selected the chosen impact level. This helps with escalating the issue higher for quicker resolution when the business impact is justified.

Hope you found this guide helpful and don’t forget to subscribe to our newsletter to receive the latest information, trends, and guides, all surrounding SOLIDWORKS and the engineering industry.

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SOLIDWORKS Drawing Template: A Step-by-Step Guide

webmaster — Tue, 25 Apr 2023 08:02:22 +0000

SOLIDWORKS Drawing Template: A Step-by-Step Guide

The SOLIDWORKS Drawing Template is a tool to help users standardize CAD drawings. A drawing template on its own is basically a set of standards used for drawing and dimensioning parts.

Often times designing a new drawing from scratch is hectic and time-consuming. It is way better to have all your drawings standardized so that you can save time and effort.

Now you may ask, how do I create a template and edit it according to my own needs?

In this step-by-step guide, we will be covering these few topics to help you get started with a SOLIDWORKS Drawing Template.

Drawing Sheets and Sheet Formats
Creating Drawing Templates
Using a Saved Drawing Template
Editing a Drawing Template

Drawing Sheets and Sheet Formats

Before we jump in, here is a bit of information about how SOLIDWORKS drawings work. It consists of two distinct layers which are the Drawing Sheet and the Sheet Format.

The Drawing Sheet is where the views of your parts and assembly show up, alongside any dimensions, annotations, and markups.

Sheet Format (*.slddrt) on the other hand contains the border, title block, sheet size, and other relevant information that can be customized and edited to match your company standards respectively.

Here is an illustration of the two separate layers to better visualize and understand how these file formats work.

Following the same basis, the drawing file (*.slddrw) is derived from the combination of a drawing template, drawing sheet, and sheet format altogether.

Creating Drawing Templates

To begin, open up SOLIDWORKS and select the file path: File > New > Drawing to create a new drawing document.

Add any required drawing views to the sheet you have opened such as the front, top, and right views. You can do this by selecting the view type from the View Palette and dragging it onto the sheet.

Customize the sheet properties by selecting the Sheet Properties button in the Property Manager. Here, you can set the sheet scale, title block, and any other sheet properties you like.

Don’t forget to add any necessary annotations such as dimensions, notes, as well as symbols to the sheet.

Once you have customized the sheet to your liking, you can now save it as a template by selecting the path: File > Save As.

Since we are saving it to be used as a template, don’t forget to choose the file type (*.sslddrt) instead of your normal (*.drw,*.slddrw) format.

*Note: Remember to save the template at a file location that is easily accessible for future use.

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Using a Saved Drawing Template

Now that you have a sheet template saved, select File > New > Drawing and find back the template that you have just created. It will show up on a list of available templates on your local computer.

From then on, you can customize the new drawing by adding your specific model views, dimensions, and annotations.

Once finished, save your completed drawing as a new file by selecting File > Save As, and don’t forget to choose the (*.drwdot) file format.

Give the drawing a descriptive name and save it in a location where you can easily find it in the future. The recommended path is specified under Tools > Options > System Options Tab > File Locations > Templates.

Editing a Drawing Template

Having a proper drawing template saved in SOLIDWORKS means that you can make changes to it whenever you want.

To do so, start by opening up the SOLIDWORKS application and creating a new drawing document.

Move to the Sheet Format tab in the Property Manager and then click on “Edit Sheet Format” to enter the editing mode for the sheet format.

Once you’re in editing mode, make changes to the title block, border, and other elements of the sheet format by selecting them and then using editing tools such as drag-and-drop, copy/paste, and modifying dimensions.

To add or remove elements from the sheet format, use the “Insert” and “Delete” commands found in the same tab.

After making all the necessary changes, click on “Exit Sheet Format” to save the changes to your template.

Save the updated template by selecting File > Save As and choosing the (*.slddot) file format. Make sure to save it in the same locations as the original template or in a new location if you are looking to create a new version of the template.

To apply the updated drawing template to a new drawing, select File > New > Drawing and choose the updated template from your list of available templates.

Hope you found this guide helpful and don’t forget to subscribe to our newsletter to receive the latest information, trends, and guides, all surrounding SOLIDWORKS and the engineering industry.

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CADVision Systems is now a member of PIKOM

Event PG — Tue, 28 Feb 2023 03:38:43 +0000

CADVision Systems is proud to announce that we are now a member of PIKOM, the National ICT Association of Malaysia. This membership marks a significant step in our commitment to the ICT industry in Malaysia and to the development of the industry as a whole.

As a leading provider of software solutions for the engineering and manufacturing industry, CADVision Systems has always been at the forefront of technological advancements. Our partnership with PIKOM will enable us to leverage the resources and expertise of the association to further enhance our capabilities and contribute to technological advancement in Malaysia, as well as in enabling us to have a greater voice in shaping the direction of the industry and ensuring that it remains competitive and innovative.

We look forward to working closely with PIKOM and our fellow members to contribute to the growth and success of the industry in Malaysia.

Click here to learn more about our solutions.

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Sin Chew – Unifi Digital Transformation Business Excellence Awards 2022

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Importance of Analysis of Finite Element Analysis and Computational Fluid Dynamics

December 20, 2022

Utilization of Flow Simulation in Real Life

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Flow Analysis for Performance Improvement in Automotive Industry

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Motion Analysis for Conveyor Systems in the Automation Industry

July 12, 2022

Plastic Simulation Analysis for Injection Moulding in F&B Industry

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Sin Chew – Unifi Digital Transformation Business Excellence Awards 2022

Event PG — Thu, 23 Feb 2023 09:21:39 +0000

CADVisions Systems Pioneering in Digital Transformation – Winner of Sin Chew Business Excellence Awards 2022

CADVision Systems is excited to announce that our company has been awarded the Sin Chew-Unifi Digital Transformation Business Excellence Awards 2022!

Digital transformation is vital for businesses in today’s world to stay relevant and competitive. It involves adopting digital technologies to streamline processes personalize customer experiences, improve agility, reduce costs, and gain a competitive edge. By embracing digital transformation, businesses can optimize operations, stay ahead of the competition, and achieve long-term growth and profitability.

This award recognizes companies that have successfully implemented digital transformation strategies to drive business growth and improve operational efficiencies, in which at CADVision Systems, we have always been committed to innovation and finding new ways to improve our business operations.

CADVision Systems (CVS Group) started operations as a new joint venture in 2015, providing implementation, support, and training services on world-leading technology in 3D design and manufacturing to manufacturers and engineers to help meet their engineering challenges.

We tap on our collective experience in serving more than 1,000 customers in Malaysia and Singapore to bring the most relevant solutions to our customers wherever they are. Our customers can gain insights from our vast experience in serving the most demanding customers from many industries. Our regional services team members undergo ongoing training and certifications to keep up with the latest development in 3D design and manufacturing technology.

Our partnership ecosystem with other industry players ensures our customers can work with us to meet their demanding end-to-end needs.

This award motivates us to continue our digital transformation journey and strive for excellence in all areas of our business. We will continue to leverage innovative technologies to enhance our operations and provide exceptional customer experiences.

Click here to learn more about how to transform your business today!

1 2 3 4 5 6 7

Importance of Analysis of Finite Element Analysis and Computational Fluid Dynamics

Chris Chan — Tue, 20 Dec 2022 08:08:07 +0000

Importance of Analysis of Finite Element Analysis and Computational Fluid Dynamics

The definition of Finite Element Analysis

Finite Element Analysis (FEA) is a numerical approach used to study the structural performance of design. Generally, it does not consider the effect of fluid that acted on it and during the design stage, engineer will increase the safety factor to prevent failure when extra load is applied on the structure. This might be costly if the product is designed based on assumption. Thus, the combination of both FEA and CFD methods are necessary to ensure the reliability of a product.

Optimization of Design based on Fluid Parameter

In fact, the structure geometry can be related to flow characteristics in order to optimize the entire design. Thus, engineers may consider as much as different scenarios during the design stage of the product without worrying about the failure caused by the fluid behavior. This might help the team to save a boom of costs as the lesser prototype is needed by providing early insight of design performance.

CFD Data Conversion to FEA Analysis

On the other hand, the CFD data can be beneficial if it is able to convert into FEA analysis. As mentioned, one of the common challenges during the analysis is to identify the structural performance caused by the fluid effect. With the data from CFD, engineers can further analyze and optimize the design based on a different view. This allows the product to design from both structural and fluid perspectives.

Wrapping Up

Validation in both FEA and CFD is very important as it might help the engineer design a product from a different viewpoint. SolidWorks Simulation and Flow Simulation are integrated and provide a user-friendly interface that allows the engineer to have an earlier insight during the design stage to reduce their workload.

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Utilization of Flow Simulation in Real Life

Chris Chan — Wed, 19 Oct 2022 06:51:24 +0000

Utilization of Flow Simulation in Real Live

Using Flow Analysis for Temperature Monitoring in Office Area

How often do you find yourself feeling hot in the office while your colleague is shivering from the cold? Or maybe it’s the other way around which you are the one who’s feeling the cold. Like an age-old question of “is a glass half full or half empty?”, perspective of ambient temperature varies from person to person. However, the comfort level of occupant within the building is important for analysis to obtain maximum efficiency and at the same time, minimize the cost to build the system. Thus, heating, ventilating, and air-conditioning (HVAC) engineer should figure out a way to design a HVAC system in their maximum effort.

Optimization on Environmental Temperature

The high sensitivity of the human body towards air temperature makes HVAC system design as a challenge. Typically, these systems are based on a single temperature sensor that turns the heating or cooling unit on or off. Although this design is very simple, however it might be not so effective as we do not have an overview visualization towards the entire room layout.

In this case, HVAC simulation helps to give engineer an early insight for temperature as well as within the environment. Based on the visualization of model, engineer able to make modification to their configuration before design and implement the system towards the building, which helps them to save a boom of costs.

VALIDATION ON HUMAN COMFORT PARAMETER

Human comfort level is referring to a condition of mind, which the people express their satisfaction towards the surrounding environment. A high temperature and humidity will cause discomfort sensations which might reduce the productivity of workers and health problems. Thus, it is important to design a HVAC system which align to the HVAC design handbook.

By implementing virtual analysis, the human comfort level can be generated based on the results from flow simulation, together to optimize the system. With this, the decision of the design can be based on different perspective (such as climate, different humidity environment and so on) and helps to give a better insight on the reliability of the HVAC system.

Wrapping Up

In short, optimization in HVAC industry is crucial as a wrong decision might lead to a boom of cost for a single unit of building. SolidWorks Flow Simulation provides a sand box environment to the engineer for performing different iteration by simulation. From there, engineer can make a right decision in order to shorten the project timeline and reduce unnecessary cost.

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Flow Analysis for Performance Improvement in Automotive Industry

Chris Chan — Fri, 26 Aug 2022 07:21:12 +0000

Flow Analysis for Performance Improvement in Automotive Industry

Simulation Accelerate Development

Automotive industry includes all the industry that associated with the production, retailing, wholesaling, and maintenance of motor vehicles. It is a complex industry that involve a long industrial chain and number of assemblies which possess a great impact to both technology and economy. Nowadays, the demand of automotive industry is primarily influenced by the drive towards reducing fuel consumption and green gas emissions. Therefore, lots of the engineer nowadays is concern about on how to satisfy the requirement without compromise the performance and quality of the vehicle. In automotive industry, each of the vehicle might needed to assembly by up to few thousand of parts and a prototype is needed to be created for performance testing which will take up a lot of time if several trials are needed for each project.

Engineers do have lots of criteria to be meted such as the improvement of the geometry of vehicle as well as enhancement on engine performance. In addition, automobile manufacturer also starts to concern and take care on the comfort level of passenger. Therefore, the question to ask by the automotive industry is how can engineers work to speed up the entire process, while maintaining the quality of design at the same time.

Optimization on Passenger Comfort Level

Noise is physical disturbance that always encountered in automotive industry. It is caused by excessive vibration from the design. For instance, noise might be generated when the wind blow through the rear mirror of a car. In this case, the excessive vibration and noise might reduce the comfort level of passenger in the car. Therefore, lots of the engineers are conducting research on the noise control of the vehicle.

However, a huge cost might be needed if they want to conduct the testing in a specific equipment such as wind tunnel. In this case, external flow analysis helps to give engineer an early insight for noise generation in their model. Based on the visualization of model, engineer able to make modification to their design before building a physical prototype, which helps them to save a boom of costs.

Enhancement on Vehicle Geometry

Drag effect is one of the important factors to be considered during the designing of vehicle as it will directly impact the performance of vehicle. Therefore, an optimized shape might be proposed to reduce the effect of drag force. Several research had shown that geometry of vehicle will have the largest impact towards the fuel consumption of vehicle. Therefore, the engineer might face some difficulty when they want to relate the result from flow characteristic to structural characteristic. By implementing virtual analysis, the results from flow simulation can be used with structural simulation result, together to optimize the design. With this, the decision of the design can be based on different perspective and helps to give a better insight on the reliability of the vehicle.

Wrapping Up

In short, optimization in automotive industry is crucial as all the decision must be made based on reliable result to reduce loss of performance. SolidWorks Flow Simulation provides an integrated and friendly platform that allows the engineer to make a right decision in order to shorten the project timeline and reduce unnecessary cost.

Understand how to bring together all aspects of your business on a single cloud-based platform to increase collaboration, improve execution and accelerate innovation.

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Motion Analysis for Conveyor Systems in the Automation Industry

Chris Chan — Tue, 12 Jul 2022 08:34:55 +0000

Motion Analysis for Conveyor Systems in the Automation Industry

The Impact of Autonomous Systems towards the Industry

Autonomous systems have taken on an important role within the automation industry by controlling machinery and processes through various technologies such as robotics and computer software. The industry is continuously searching for new and innovative ways to meet customers’ needs and requirements. For instance, the increasing efforts of finding more cost-effective approaches to design an assembly line capable of being integrated into different real-world applications. This highlights the importance of ensuring the efficiency of entire assembly lines which must not be neglected.

The possible interference between each component in assembly lines has always been an important consideration during the designing process. The capability to check interference in early design stages would allow for better quality control of the resulting assembly line. Hence, the question to be asked here is how can engineers predict or even prevent unwanted risks that are caused by poor assembly line designs while maintaining the cost of the project simultaneously.

Optimization on Assembly Line Efficiency

In conventional design approaches, an assemble line is usually generated through 2D drawings. With the aid of technology, however, engineers can now build a 3D model of the assembly line while also visualize the model at early stages of design. From there, the data is utilized to perform motion simulation with certain adjustment of parameter to further optimize the efficiency of the entire assembly line.

Therefore, visualization technology provides a fast and accurate simulation approach that can not only speed up the entire design process but also provide engineers with a more efficient environment to modify their designs. This ensures the reliability of the assembly line before actual production.

Validation of Individual Compound

Once the overall assembly line is designed, engineers will need to select and specify the requirements of each component that is utilized within the design. The beauty of SOLIDWORKS is its capability to combine physics-based motions together with information that is gathered from the assembly. This enables engineers to estimate certain parameters such as peak motor torque, forcing imbalance, as well as interacting between various gears used through applying different kinds of power transmission or motion control. As a result, engineers will be able to validate and select suitable components that fit flawlessly in the system at a lower cost as opposed to modifying a faulty component post-production.

Wrapping Up

The optimization of assembly lines helps reduces significant amounts of spending on projects while improving efficiency. SolidWorks Motions achieves this by delivering an integrated and friendly solution that provides engineers an early view during the initial stages of design, eliminating the need for costly reworks while accelerating product time-to-market.

Understand how to bring together all aspects of your business on a single cloud-based platform to increase collaboration, improve execution and accelerate innovation.

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Plastic Simulation Analysis for Injection Moulding in F&B Industry

Chris Chan — Fri, 08 Jul 2022 09:29:27 +0000

Plastic Simulation Analysis for Injection Moulding in F&B Industry

The food and Beverage Industry is a large and diverse industry that consists of various kinds of specialized machinery for multiple purposes. This F&B industry is constantly looking for a more innovative approach to meeting consumers’ demands at the best possible price.

Mass Production in Plastic Injection Moulding

The industry is trying its best to find a more cost-effective method to manufacture its packaging such as a bottlecap. One of the manufacturing processes that focuses on mass production is plastic injection moulding. The benefits of high-volume, lower-cost production techniques allow them to produce more than thousands of parts by using a single mould.

Therefore, the question to ask all the F&B industry manufacturers is how can engineers work to avoid the unwanted costs this are normally caused by a poor manufacturing process while maintaining the quality of the outcome product.

Avoid Costly Mould Rework

In conventional injection-moulded design, the approach for designing injection-moulded products and developing injection moulds highly relies on costly and time-consuming prototyping iterations. It is critical for production personnel to verify mould performance such as structural weakness and undesirable deformation to prevent defects. Although they can use the trial-and-error approach to try to speed production but would need to consider that speeding up production will save more money than the cost of mould rework.

Therefore, a fast and accurate simulation approach can be used to integrate the entire process and provide a better collaboration, accurate and efficient environment users for users to modify the design, ensuring the reliability and workability of a mould before actual production.

Optimize Cycle Time of Mass Production

Once manufacturing personnel receives the final mould from the mould maker, they need to evaluate the tool from a production standpoint to determine if other modifications can be made to reduce the cycle times without opening the door to additional manufacturing issues. An approach that can quote and optimize tooling projects quickly and accurately will be very powerful in this case to reduce the plastic material scrap.

Wrapping Up

In short, optimizing the entire process of plastic injection moulding helps to reduce the cost to spend on a project. SolidWorks Plastics makes it easy for companies that design plastic parts or injection moulds to predict and avoid manufacturing defects during the earliest stages of design, eliminating costly rework, improving quality, and accelerating time-to-market.

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Application of Flow Simulation in Minimizing Contamination for the Healthcare Industry

Chris Chan — Tue, 10 May 2022 09:50:00 +0000

Application of Flow Simulation in Minimizing Contamination for the Healthcare Industry

The healthcare sector consists of businesses that provide medical services that emphasize the health of the customer such as ensuring and maintaining the comfort and safety of building occupants. However, do you know that flow simulation has been contributing to this industry in some unseen ways? Check out the superior performance of flow simulation.

Enhancing Flow in Healthcare Design

A patient needs to be well-rested during their recovery period during their stay in the hospital. Hence, the importance of ensuring the ventilation in the room and the comfort level of the patient should not be neglected.

Many methods are implemented to ensure the abovementioned meets the standard, such as implementing air filters, air cleaners, and exhaust fans, which are commonly used to improve and ensure the air is always free of contaminants.

Therefore, the question that needs to be considered and discussed is how the engineering team can play a part to give the patient a good experience during their recovery period in the room while reducing the risk of virus spread in the building.

Air Flow Optimization for Environment

Managing airflow within a large-scale environment is key to maintaining the optimum temperature for the largest number of people. It not only simulates the airflow in the environment, but also for products used in the environment. With its enhanced toolset, designers can now analyse products by considering real-world behaviour. An enhanced engineering database includes a wide range of building materials and fans are provided to enable the analysis to be done quickly and efficiently. In addition, an enhanced engineering database includes a wide range of building materials and fans also provided to enable building thermal analysis to be done quickly and efficiently.

Human Comfort Factors in the Patient Room

The effectiveness of environmental control is measured by human comfort factors. Several parameters can be used to evaluate people’s reactions to the environment and aspects of the environment. For instance, the Air quality index (AQI) tells how clean or polluted the air is, and what associated health effects might be a concern for the public. It focuses on health effects that one might experience within a few hours or days after breathing polluted air.

Wrapping Up

In short, maintaining low-contaminant air with proper ventilation is a significant factor in reducing the risk of viruses spreading in the building. SOLIDWORKS Flow Simulation is a powerful tool that takes the complexity out of computational fluid dynamics (CFD) for designers and engineers by allowing users to quickly and easily simulate fluid flow and heat transfer that are critical to the success of the design.

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