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Your search keyword '"PENDANT design"' showing total 2 results
Start Over Descriptor "PENDANT design" Publisher american institute of physics
2 results on '"PENDANT design"'

1. Flat-pack pendant lamp design of smart bulb in the meeting room: Harmony of tropical office.

Author

Pramono, Andi, Purnomo, Agung, and Putra, Wahyu Waskito

Subjects
*CONFERENCE rooms, *PENDANT design, *COMPUTER-aided design, *COMMERCIAL product testing, *INTELLIGENT buildings, *HOME furnishings stores
Abstract

Artificial lighting suspended from the ceiling, such as pendant lights or downlights, can be used in the office, particularly in conference rooms. The ambiance of the light color in the meeting room can be changed using an intelligent bulb installed on a pendant lamp. This study aims to create a flat-pack pendant lamp for a smart bulb in a meeting room that incorporates a tropical style. Determining the shape, developing a model using three-dimensional (3D) software, producing a drawing work using Computer-Aided Design (CAD) software, and testing the product's usability are all steps in the design process. This research employs a single case study in an office for millennials in Malang, Indonesia. The design result of the Flat-pack pendant lamp with a smart bulb installed in the Meeting Room adopts the harmonization of co-working, tropical style, space suitability, user needs, and IoT connectivity technology. [ABSTRACT FROM AUTHOR]

Published
2024
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2. Planar equilibria of sessile and pendant liquid drops on geometrically non-linear elastic membranes.

Author

Nair, Vineet, Sharma, Ishan, and Shankar, V.

Subjects
*PENDANT design, *GEOMETRIC analysis, *NONLINEAR systems, *ELASTICITY, *ARTIFICIAL membranes
Abstract

Equilibrium shapes are obtained for sessile and pendant liquid drops placed on elastic membranes in two-dimensions. The membrane is allowed to undergo large deformations under the action of capillary forces and fluid pressure. We focus on the global characteristics of the system, like the equilibrium shape of the drop, the membrane’s deformed shape, the apparent contact angle and contact size, and their variation with the volume of the drop for different membrane tensions and drop apex curvatures. It is found that the apparent contact angle is not simply a function of material property but of the system’s geometry as well. The contact size for sessile drops shows a non-monotonic behavior with the volume for all drop apex curvatures. However, for pendant drops, the behavior is strictly monotonic below a critical value of the drop apex curvature. [ABSTRACT FROM AUTHOR]

Published
2018
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