Product Design
Aries: A Case Study Showing the Interactions Between Product Design and Smoking Behaviour
Abstract
Summary of Project Aries, a case study of a low tar cigarette achieved by ventilation alone, developed in response to the hypothesis that "unfiltered smoke represents the ultimate smoking experience." Found that although initial product reaction was favorable, the Aries cigarette was perceived as excessively irritating upon sustained smoking. Describes results of smoking behavior studies demonstrating that consumers smoked Aries more intensely and "were unable to adjust to the novel product." Evaluates smoke produced by Aries which has steep delivery profile, nicotine enrichment in latter puffs, and larger smoke particles. Concludes that intense smoking behavior coupled with suggested greater sensory impact of smoke resulted in unacceptable consumer product (too strong/ irritating). Notes that Project Aries findings "have been incorporated in the design of unique next generation filters."
User-Contributed Notes
Fields
- Author
- RIEHL, TF
- Hypothesis
- CompensationIncorporating knowledge of compensation and effects of human smoking behavior into cigarette design.
- FTC machine testing and ratingsDesign changes to achieve altered FTC smoke machine tar and nicotine ratings, with or without measured changes in human intake.
- Introduction of new/unconventional productsResearch and development of novel nicotine delivery devices and experimental tobacco designs.
- Low-yield cigarettesModification of low yield products to assure that adequate levels of nicotine delivery are maintained, and effects of yield changes on toxicity and dependence.
- Measuring human smoking behaviorMeasuring the effects of changes in human smoking behavior on intake of nicotine and smoke constituents.
- Use of filters, paper, and ventilationModification of tobacco products through use of filters, paper, and ventilation, and measuring effects on dependence, behavior, and toxicity.
- Smoking psychology and behavior
- Elasticity and Product Control
- Inhalation ProfileAre cigarettes designed to cater to individual inhalation profiles?
- Smoke Control
- Sensory effectsTechnologies used to measure, control, or alter sensory effects
- Keyword
- Per puff deliveryPer puff tar, per puff nicotine, and per puff CO
- Puff duration (Puff length)
- Puff volume (Puff amount)
- Puff parameters
- Sensory response
- Smoke particle size
- Strength attributes
- Tobacco taste (Attribute measure)
- Design Component
- Novel cigarette mouthpiece
- Pressure drop (PD, Resistance to draw (RTD), Flow rate or Draft)
- Filter efficiency (FE)
- Open cigarette pressure drop
- Prototype
- Aries
- Operation/Project
- Project aries
- Named Organization
- Dupont
- Technology/Method
- GR&DC
- Respitrace
- Subject
- Test/Consumer Preference (Testing)
- Smoke Delivery/Transport (Measures)
- Effects—Smoking Behavior (Effects)
- Experimental Technology (Technology)
- Filters (Design)
- Irritation (Effects)
- Novel Cigarette Devices (Products)
- Particle Size (Technology)
- Pressure Drop (Design)
- Puff Parameters (Measures)
- Sensory Effects—Taste (Effects)
- Smoke Nicotine (Measures)
- Test/Smoking Behavior (Testing)
- T/N Ratios (Measures)
- Tar (Measures)
- Ventilation (Design)
- Compensation (Measures)
- Brand
- Camel (RJR)
- Marlboro (PM)
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