Search or ask a question

How do I stop my air cooler from making noise?

Coefficient of performance

Air conditioning

Evaporative cooler

Ambient noise level

Answers from top 8 papers

PDF

Open Access

More filters

Papers (8)	Insight
Open access•Journal Article•DOI Air exchange through doorways. The effect of temperature difference, turbulence and ventilation flow. O. M. Lidwell 01 Aug 1977-Journal of Hygiene 28 Citations	This seems to be due to lack of mixing of the warm outflowing air with the cooler air mass.
Journal Article•DOI The experimental study of the effect of air conditioning system on internal noise within high speed train Rongping Fan, Guang Meng, Zhongqing Su - Show less +2 more 05 Mar 2014-International Journal of Vehicle Noise and Vibration 2 Citations	Analysis results of internal noise within different carriages in the running and static tests indicate that the air conditioning system has small effect on the interior noise and there are common significant characteristics of internal noise although the air conditioning systems within carriages are different.
Journal Article•DOI Review of recent research on interior noise of propeller aircraft J. S. Mixson, Clemans A. Powell - Show less +1 more 01 Nov 1985-Journal of Aircraft 45 Citations	Noise from internal sources, such as air-conditioning systems, may also be important.
Open access•Journal Article•DOI Disturbance caused by residential air conditioner noise J. S. Bradley 01 Apr 1993-Journal of the Acoustical Society of America 24 Citations	Acceptable limits for air conditioner noise levels can be derived from the dose response curves produced in this study.
Journal Article•DOI A parametric study of an indirect evaporative air cooler X.C. Guo, Tianshou Zhao - Show less +1 more 01 Feb 1998-International Communications in Heat and Mass Transfer 53 Citations	The results are useful for the design of an indirect evaporative air cooler.
Journal Article•DOI Irreversible processes and performance improvement of desiccant wheel dehumidification and cooling systems using exergy Rang Tu, Xiaohua Liu, Yi Jiang - Show less +2 more 01 May 2015-Applied Energy 30 Citations	To avoid over-dehumidification, the direct evaporative cooler at the processed air side should be replaced by a sensible heat exchanger.
Journal Article•DOI Innovative inlet air cooling technology for gas turbine power plants using integrated solid desiccant and Maisotsenko cooler Mohammad Saghafifar, Mohamed Gadalla - Show less +1 more 01 Jul 2015-Energy 73 Citations	Furthermore, a recently commercialized cooler named Maisotsenko cooler can be integrated in gas turbine inlet air cooling to replace conventional evaporative coolers.
Journal Article•DOI Experimental study of plate type air cooler performances under four operating modes Yi Chen, Hongxing Yang, Yimo Luo - Show less +2 more 01 Aug 2016-Building and Environment 27 Citations	The results show that wet operating improves the sensible and latent cooling capacities of air cooler significantly.

My columns

Related Questions

How do I stop my air pump from making noise?9 answers

How do I stop my fridge compressor from making noise?7 answers

How do I stop my fridge freezer from making noise?8 answers

How do I stop my motorcycle exhaust from making noise?16 answers

How do I stop my outside air conditioner from making noise?7 answers

How do I stop my refrigerator compressor from making noise?7 answers

See what other people are reading

How does teachers expectation and pressures affects the communication skills of students?

Teachers' expectations and pressures significantly impact students' communication skills. In Indonesian schools, teachers and students expect the English Department to address challenges in communication competence development, especially with globalization demands. Factors like teacher attitudes, pressure, lack of support, and limited English-speaking opportunities contribute to students' reluctance to communicate in English. Additionally, affective factors such as anxiety, shyness, lack of motivation, and fear of making mistakes play a crucial role in students' negative communication behavior. Therefore, teachers play a vital role in fostering a supportive environment, encouraging participation, and providing opportunities for students to practice and improve their communication skills, ultimately influencing their overall competence and confidence in communication.How are kalman filters used for imus?

Kalman filters are extensively utilized for IMUs to enhance accuracy and reduce noise in various applications. They are employed to suppress adversarial disturbances like external accelerations and magnetic interference, reduce computational costs while maintaining precision, improve real-time joint torque estimation without time lag, adapt noise components for optimal state estimation, and enhance trajectory estimation by learning sensor data relationships. Kalman filters, including variants like Double Stage Kalman Filter, offer superior estimation accuracy, reduced RMSE, and improved precision in joint monitoring, joint torque estimation, and trajectory calculations for IMUs in various dynamic scenarios. These filters play a crucial role in mitigating noise, enhancing accuracy, and optimizing performance in IMU-based systems across different fields.What factors influence the average speed of vehicles in a depth range of 0~30 meters?

The average speed of vehicles in a depth range of 0~30 meters is influenced by various factors. Factors such as the roughness of the pavement, volume-capacity ratio, pavement type, number of lanes, and speed limit play crucial roles in determining vehicle speed. Additionally, the design and dimensions of underwater vehicles, including the material, shape, size, thickness, and structural components like spars, impact the critical pressure for stability, which in turn affects the vehicle's performance at different depths. Furthermore, high-speed underwater movement can lead to cavitation, causing hull vibrations, reduced propulsion performance, and increased noise levels, all of which can impact the speed and efficiency of underwater vehicles.How does meteorological parameters effects on atmoshphere?

Meteorological parameters significantly impact the atmosphere in various ways. Factors like temperature, humidity, wind speed, and atmospheric pressure influence atmospheric visibility. Additionally, the variation of water vapor density, cloud liquid, temperature lapse rate, and wet adiabatic lapse rate play crucial roles in determining propagation delay. Aerosol number concentration is closely related to meteorological parameters such as relative humidity, temperature, rainfall, and wind speed, affecting aerosol properties. In urban areas, meteorological parameters like vegetation cover and relative humidity have been found to significantly affect ambient noise levels, with regression models highlighting their importance. Furthermore, fungal spores in the atmosphere, known to trigger asthma and hay fever, show seasonal variations correlated with meteorological data, emphasizing the influence of meteorological parameters on airborne pathogens.What are the risk of diy egg incubators?

DIY egg incubators pose risks related to inadequate monitoring of noise and electromagnetic field exposure, which can be detrimental to embryo development. Commercial incubators offer a controlled environment crucial for successful hatching, addressing challenges like low productivity and poor egg quality in the poultry industry. The introduction of IoT-based solar-powered egg incubators with advanced features like automatic egg turning, precise temperature control, and real-time monitoring enhances efficiency and reduces operational costs in comparison to traditional electric models. While the initial cost may be higher, the long-term benefits of improved hatching conditions and minimized electricity expenses make these modern incubators a more profitable choice for egg hatcheries.How does the use of technology affect the start-stop movement in soccer?

The use of technology in soccer significantly impacts the start-stop movement. Research has shown that surface properties like hardness and rotational traction affect human movement dynamics during stop and turn maneuvers, influencing deceleration and acceleration capabilities. Additionally, virtual reality scenarios have been developed to assess lower extremity biomechanics during cutting tasks, revealing differences in knee adduction angle and internal rotation between anticipated and unanticipated conditions. Moreover, advancements in air conditioning systems for start-stop vehicles, such as employing compressors with variable displacement and controllers to maintain climate comfort during engine shutdown, demonstrate the integration of technology to enhance player experience and performance. Overall, technology plays a crucial role in optimizing the start-stop movements in soccer by improving player safety, performance, and comfort.What factors contribute to the variation in product quality among 17 and 18 year old students?

Variation in product quality among 17 and 18-year-old students can be influenced by multiple factors. Factors such as noise factors, raw materials, manager involvement, project quality, validation quality, adequacy of training, employee awareness, work instructions, commitment to product quality, working with the right devices, proper tools, and material handling can all impact product quality. Additionally, the dimensional inaccuracy of manufactured parts can be affected by process-related errors, machine-related errors, fixturing-related errors, material property variation, and dimensional variation of incoming parts or raw materials, highlighting the complexity of maintaining product quality. Understanding these variables is crucial in addressing the challenges related to product quality variation among young students, especially in the context of food choices and mental health concerns.What are the negative effects of excessive heat to students?

Excessive heat exposure can have detrimental effects on students, impacting their health, well-being, and academic performance. Studies show that extreme heat during school days inhibits learning, with hotter temperatures reducing cognitive skills and academic scores, particularly among minority students. Heat waves intensifying due to climate change pose a significant risk to primary school students, leading to physical symptoms of heat distress, absenteeism, and hindering their development and learning outcomes. Furthermore, exposure to extreme heat can result in severe heat-related illnesses like heat stroke, dehydration, exhaustion, and impaired cognitive function, affecting students' ability to concentrate, remember content, and engage in physical activities. Implementing heat protection policies and practices in schools is crucial to safeguard students from the negative impacts of excessive heat during educational activities.What is the role of color psychology in residential interiors?

Color psychology plays a crucial role in residential interiors by influencing mood, well-being, and functionality. Colors have a significant impact on human emotions and behaviors, with specific hues evoking different responses. For instance, blue interiors are preferred for their calming effect, facilitating studying activities. Different colors can affect room lightness and mood, with blue being associated with a calm atmosphere. Additionally, colors are used to create specific atmospheres within homes, capable of soothing, cheering, or even repelling individuals based on their emotional responses. Understanding color psychology allows designers to create spaces that promote comfort, productivity, and overall well-being in residential settings.How to calculate space cooling loads by DIN standard? Write as much detail as possible?

Space cooling loads can be calculated using various methods such as the Total Equivalent Temperature Difference (TETD) method, which is commonly used in the industry. Correctly sizing cooling systems involves estimating both external (e.g., solar gain, outside air) and internal heat loads (e.g., lighting, occupants, plug loads). The heat balance method, developed under ASHRAE research, provides a comprehensive approach to calculating cooling loads by considering diverse building spaces and their features. Additionally, utilizing probability as a decision tool can help justify results from cooling load calculations, such as ventilation heat gain, leading to more efficient energy management and reduced risks in air conditioning system investments. By integrating these methods and considerations, one can accurately determine and address the cooling requirements of a space according to DIN standards.How heat affects students?

Heat significantly impacts students by inhibiting learning and affecting health. Studies show that high temperatures in classrooms reduce academic performance. Extreme heat, especially during school days, can lead to decreased test scores and cognitive skill development. Vulnerable groups like low-income and minority students are disproportionately affected by hot weather conditions. The presence of school air conditioning plays a crucial role in mitigating the negative effects of heat on learning outcomes. Without proper cooling systems, each 1°F increase in school year temperature can result in a 1% reduction in learning. Therefore, addressing heat exposure in educational settings is essential to ensure optimal student well-being and academic success.