scispace - formally typeset
Search or ask a question

What's the work environment like for a ceramic artist? 

Answers from top 9 papers

More filters
Papers (9)Insight
This work opens up the possibilities of the sintered ceramic as a building material since the ceramic system has good performances in flexural strength and bulk density.
‘Ceramic-adapted machining’ is therefore essential for production of advanced ceramic components.
This work lays the foundation for further exploring the cultural processes that underlie these distributions and provides insight into the complexities of hunter-gatherer ceramic production and distribution.
This study shows the possibility to become a creative and practical ceramic art work, approaching the new point of view breaking from the established conception.
This preliminary work suggests that detailed and quantitative analy-sis of a working artist is feasible and will illuminate the process of artistic creation.
We can begin to make inferences about behaviors like cooking and serving, the length of ceramic use-life, and the extent of ceramic consumption.
This study shows the possibilities for machining this ceramic with economical parameters.
This work shows that the clays can be used on their own in the production of ceramic tiles.
This work may help researchers distinguish the discarded ceramics from different households or groups of households, control for any biases in accumulation, and connect ceramic attributes with social variables of interest.

Related Questions

What kind of working environment that support creativity?3 answersA working environment that supports creativity is one that provides functional, psychosocial, and inspirational support. Functional support includes adequate lighting and tools, while psychosocial support involves spatial possibilities for both privacy and communication. Inspirational support includes features such as brainstorming rooms, dynamic planning, and imaginative interior design. Additionally, the physical environment should be designed to foster and manage creativity, providing digital, physical, and hybrid solutions to fulfill individuals' needs and enable modes of working alone as well as in teams. The environment should recognize and apply components that link creativity and emotions, creating physical and digital spaces that actively enhance and maintain different types of creative thinking. Factors such as architectural space design, furniture choices, technical infrastructure features, acoustics, and socio-cultural norms also play a role in supporting creativity in the workspace.
What is ceramic ?4 answersCeramic is an inorganic, non-metallic material that is often crystalline and can be formed through the action of heat and subsequent cooling. It is made up of metal, nonmetal, and metalloid atoms bonded together by ionic or covalent methods, resulting in a solid structure. Ceramics can also be non-crystalline, formed during the heating and cooling process. They are typically compounds formed between metallic and nonmetallic elements, such as aluminum and oxygen, calcium and oxygen, or silicon and nitrogen. Ceramics can have various properties and applications, including high radiation intensity and heat emission with wavelength selectivity. They are used in a wide range of industries, including pottery, construction, electronics, and healthcare.
How does ceramic art help to preserve intangible cultural heritage?4 answers陶瓷艺术通过将非物质文化遗产与高校的艺术和设计课程相结合,从而有助于保护非物质文化遗产,从而促进德育和培养个人。计算机视觉技术可以应用于分析古代陶瓷的信息,从而可以对具有代表性的陶瓷进行检查、建模和重建,从而为收藏家提供科学专业帮助。土耳其学龄前儿童与其母亲和老师之间的积极关系有助于他们适应学校,包括合作参与、自我指导和整体学校调整。博物馆的陶瓷保护遵循协议和道德准则,旨在尊重陶瓷的原始结构并保留陶瓷的证据特征,同时还包括预防、补救和修复保护活动。陶瓷文化的振兴需要教育和激活,工作坊和教学方法在保护和推广当地陶瓷艺术方面起着至关重要的作用。
How do you become a ceramic coating installer?10 answers
How long do ceramic wedding rings last?6 answers
Where are ceramic pots made?8 answers

See what other people are reading

What is the relationship between paint exposure and COP?
5 answers
Exposure to paints, particularly those containing toxic chemicals like lead and volatile organic compounds (VOCs), can have adverse health effects on individuals. Paint exposure has been linked to increased risks of asthma attacks among children, with VOCs from paints contributing to indoor air quality issues and respiratory tract dehydration. Additionally, paints constitute a significant occupational hazard due to the variety of chemicals present, leading to oxidative stress and potential long-term health implications for painters. Furthermore, the presence of heavy metals like lead in paints can lead to chronic illnesses and exposure to harmful contaminants, emphasizing the importance of using personal protective equipment to mitigate risks in various industries. Overall, paint exposure is associated with various health concerns, highlighting the need for proper preventive measures and monitoring to safeguard individuals' health.
Isle of the dead 1883 by arnold böcklin
4 answers
The painting "Isle of the Dead" by Arnold Böcklin, created in 1883, has had a significant impact on various aspects of art and culture. In Russian Art Nouveau, poets like K. Fofanov, A. Fedorov, and N. Klyuev found deep reflections of life and death in Böcklin's work. Russian modernism, particularly through the works of Ivan Bunin and Andrey Bely, showcased a metaphysical interpretation of Böcklin's art, emphasizing mystical and allegorical elements. Furthermore, the monochrome reproduction of "Isle of the Dead" inspired Rachmaninoff to create a symphonic poem, highlighting the composer's commitment to black-and-white visualization and the contrast between life and death in his music. Overall, Böcklin's painting continues to influence literature, music, and cultural perceptions, transcending its original creation in 1883.
How many times does the grain of alumina increase after traditional sintering from the powder?
5 answers
The grain size of alumina increases significantly after traditional sintering from the powder. Research indicates that the grain growth behavior in alumina compacts during sintering falls into two distinct regions. In the region where the porosity remains interconnected, grain growth is negligible; however, when the continuous pore network collapses into isolated pores, grains grow rapidly. This transition in grain growth behavior is observed at around 90% of theoretical density. Additionally, the final grain sizes of alumina can increase after post-HIP treatment, depending on the HIPing temperature or presintering temperature, with maximal strength reaching about 650 MPa when the grain size is around 1 μm.
What are the most prevalent misunderstandings about the relationship between art and science?
5 answers
Misunderstandings about the relationship between art and science include the perception of them as separate and polarized fields, when in reality they share commonalities like embodied imagination and creativity. Another prevalent misconception is the belief that art is a luxury pastime while science drives modern advancements, neglecting the significant crossover between the two disciplines. Additionally, there is a historical dualistic view that separates aesthetics solely for art and not connected with scientific thought, perpetuating the idea of incommensurable competitors. Some even lament the fragmentation of art and science since the Renaissance, failing to recognize hidden unities of purpose and method between the two fields. These misunderstandings hinder the acknowledgment of the intertwined nature and mutual benefits of art and science collaborations.
How reflectance affect the laser scanner range measurement?
5 answers
Reflectance significantly impacts laser scanner range measurements. High reflectivity surfaces, like mirrors, glass, or highly reflective materials, can cause errors in distance data due to specular reflections, leading to phantom-like objects and wrong distance measurements. Specular reflections from such surfaces can increase laser signal power, causing disorder in echo detection and recognition, resulting in significant errors in distance observations. Studies suggest that the reflectance of the calibrator used for calibration plays a crucial role in measurement accuracy, with optimal results obtained when using calibrators with specific reflectance levels around 18%. Reflectivity variations can lead to systematic deviations in reflectorless electronic distance measurements, with diffusely reflecting surfaces causing deviations of a few millimeters and directionally reflecting surfaces causing even more significant errors.
Is history a science or an art?
4 answers
History is a discipline that has been debated for its classification as either a science or an art. The discourse surrounding this topic involves various perspectives. Some argue that history can be approached scientifically, emphasizing rational historical reconstructions and historiography. On the other hand, history is also viewed as an art form, with its interpretation and presentation being akin to artistic expression. The relationship between history, science, and art is further explored through the interaction between science technology and art throughout human civilization, highlighting their harmonious yet distinct nature. Additionally, art historical research is recognized as a significant component of scientific discourse, emphasizing the interpretation of art as a semiotic system and the decoding of its image code. Ultimately, history embodies elements of both science and art, showcasing a complex interplay between objectivity, subjectivity, and creative expression.
What is the difference between PEO and PEOP model?
5 answers
The Person-Environment-Occupation (PEO) model focuses on the interaction between the person, environment, and activity, emphasizing their fit and impact on occupational performance. On the other hand, the Person-Environment-Occupation-Performance (PEOP) model extends this by incorporating the concept of performance, highlighting how these factors influence participation, performance, and well-being. While the PEO model is dynamic and applicable across various fields and age groups, the PEOP model specifically aids occupational therapists in addressing clients' occupational concerns holistically. The PEOP model provides a structured approach for practitioners to understand and address barriers to functioning, as demonstrated in the context of individuals with postural orthostatic tachycardia syndrome (POTS).
Is Planting Rice Art work by Fernando Amorsolo Effective?
5 answers
The planting of rice as artwork, as described in the research papers, focuses on creating artistic patterns in paddy fields using colored rice seeds. These methods involve meticulous planning, seed selection, field preparation, and management to achieve visually appealing results. The techniques outlined aim to enhance tourism, promote local industries, and improve rice yield and quality. While the research papers do not specifically mention Fernando Amorsolo, a renowned Filipino artist known for his rice field paintings, the principles of artistic rice planting align with the concept of using agriculture as a canvas for creative expression. Therefore, based on the effectiveness of the methods detailed in the papers, it can be inferred that planting rice as artwork could be a viable and visually striking endeavor, potentially resonating with the artistic legacy of figures like Fernando Amorsolo.
HOW DOES CaO IN STEEL PRODUCTION CAN POLLUTE THE SOIL?
4 answers
CaO in steel production can lead to soil pollution through the disposal of steel slag, a byproduct rich in CaO, onto land. Steel slag, containing CaO along with other components, is often not efficiently utilized, resulting in large stockpiles that can occupy vast areas and cause environmental issues like groundwater and soil pollution. Additionally, the steel industry's operations generate solid wastes that can impact soil quality. The presence of CaO in steel slag, when not properly managed, can contribute to heavy metal contamination in soil. Improper disposal of steel industry waste, including CaO-rich slag, can result in the release of heavy metals like Cd, Cr, Cu, and Pb into the soil, leading to contamination and necessitating soil treatment measures.
Is "design by machining features" approach for modeling machined parts with a cad software used in the aerospace industry?
5 answers
The "design by machining features" approach for modeling machined parts with CAD software is indeed utilized in the aerospace industry. This method involves recognizing machining features from CAD models and generating machining sequences efficiently. Furthermore, a collaborative manufacturing framework based on machining features and intelligent software agents has been proposed to enhance communication and collaboration among manufacturing departments in the aerospace industry. Additionally, an integrated CAD/CAPP part design platform based on Elementary Machining Features (EMF) has been developed, demonstrating high usability in industrial examples like the body of a hydraulic cylinder. These advancements showcase the increasing adoption of intelligent computer-aided process design and the integration of CAD/CAM technologies in the aerospace sector.
What function of drilling on car manufacturing?
4 answers
Drilling plays a crucial role in car manufacturing by shaping holes for various components. Traditional chisel-type drilling methods are being reconsidered for sustainability reasons, with a shift towards periphery drilling for energy savings and longer tool life. In the context of resource-constrained SMEs, alliances based on supply chain functions aid in ambidextrous collaborations, impacting performance positively. Additionally, studies on drip tapes in irrigation systems highlight the importance of hydraulic evaluation for efficient design, emphasizing factors like head loss and friction coefficients. Monitoring tool wear in drilling operations is facilitated by novel wear criteria like the Current Rise Index, enabling real-time tracking and automated prognosis of tool conditions. Furthermore, models predicting mass transfer of gases in drilling fluids provide insights into dissolution mechanisms, aiding in understanding and optimizing drilling processes.