Does the layout of the dust collector make a difference in FlowDesigner? Easily visualize the benefits of implementation! Also useful for ventilation considerations.
Amid increasing attention to the revision of the Labor Safety and Health Act and infection control measures, it is not easy to consider highly effective countermeasures in environments where welding fumes, oil mist, dust, droplets/viruses, and other contaminants are present. Even if dust collectors and air purifiers are introduced as countermeasures, if they are poorly positioned and create stagnant areas where air does not flow, the benefits may not be realized. By utilizing airflow simulation software "FlowDesigner," it is possible to visualize air flow immediately, allowing for the evaluation of the effectiveness of design proposals in advance. Additionally, in the introduction of ventilation and air conditioning systems, where on-site trial runs are difficult due to one-off production, pre-simulation can clearly visualize the effects, enabling relative comparisons and design proposals to gain consensus, which is key to successful implementation. Using simulations, it is also possible to output indicators for evaluating air stagnation and visual animations, thus addressing those challenges as well. Please make use of this for improving work environments, proposal introductions, ventilation considerations, and infection control measures! ★Special Offer★ We are currently offering "free trial versions" and "free seminars"!
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basic information
【Features】 ■ No need for detailed parameter settings! Simple and intuitive operability ■ Achieves overwhelming calculation speed and stability! ■ Equipped with "thermal inverse analysis" function that visualizes improvements in thermal design with just two analyses 【What FlowDesigner Can Do】 ◎ Easily visualize the effects of dust collector installation in 3D! ⇒ Boosts sales capabilities! ◎ Can consider the most efficient installation locations! ⇒ Improves work environment! Increases energy-saving effects! ◎ Visualizes the spread of dust/splashes, allowing for ventilation and air quality considerations! ⇒ Enhances safety with advanced ventilation considerations! ◎ Can visualize improvement proposals during thermal design of dust collectors/air purifiers! ⇒ Quickly test design ideas that come to mind! ⇒ Discover unexpected improvement proposals! Increases operational efficiency!
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Applications/Examples of results
Applicable Fields [Manufacturing Plants / Processing Plants] - Dust control, heatstroke prevention for workers, ventilation considerations - Proposals for the introduction and placement of dust collectors - Thermal analysis during dust collector design [Clean Rooms] - Dust/particulate control, energy conservation and safety considerations for factories [Server Rooms / Data Centers] - Heat management, energy conservation considerations [Office Buildings / Schools / Residences] - Ventilation considerations, energy conservation considerations - Proposals for the introduction and placement of commercial air purifiers [Restaurants] - Evaluation of air purifier installation effects, ventilation effectiveness - Evaluation of tobacco separation effects - Considerations for comfort and safety [Others] - Thermal analysis and ventilation analysis of machinery, electronic devices, control boxes, etc. - Air conditioning analysis for office buildings and large atrium spaces - Ventilation design, smoke separation environment considerations, parking lot exhaust environment considerations - Analysis of building wind effects, outdoor placement of air conditioning outdoor units and other objects etc.
Detailed information
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Visualizing design improvements with just two analyses! "Thermal Inverse Analysis" feature In past design work, we have spent long hours in trial and error to arrive at solutions that meet design goals. There were also times when we had to compromise due to not being able to meet the design objectives. Breaking free from trial and error! What method led to discovering unexpected improvement proposals?
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Aren't there times when you are forced to compromise because you couldn't meet the design goals? 【FlowDesigner】 is a revolutionary new thermal fluid analysis software that changes the trial and error of design! It comes standard with inverse analysis functionality! Visualize improvements with just two analyses!
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Company information
AKLFlowDesigner is a purely domestic software developed with the desire to make it more accessible and easier to use not only for researchers with expertise in thermal fluid simulation but also for general designers. The essence of simulation, as we see it, lies in the ability to "test any idea immediately and as many times as you want." We believe that this ease of use makes front-loading in design possible. 【Advanced Knowledge Research Institute Website】 https://en.AKL.co.jp/ ◆AKLFlowDesigner has been designated as a software eligible for subsidies under the Ministry of Land, Infrastructure, Transport and Tourism's "Building BIM Acceleration Project."
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