Textile Engineering
Smart & Electronic Textiles
9 interactive Smart & Electronic Textiles tools. Every one shows its formula, a worked example and the standards it follows.
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Full costing sheets, booking schedules and project appraisals. Enter your own figures and see the headline result before you buy.
- Air, Sea or Split: Late Shipment Expedite Sheet Worth of Choosing Style by Style
- Brownfield Expansion: What the Next Increment Costs Shared Plant the Proposal Forces
- Built Into the Fibre or Applied to the Cloth: What Protection Costs Over a Life What Moving to the Cheapest Protection Saves
- Buyer Chargeback: Contest, Fix or Accept Recoverable a Year
- Buyer Cost to Serve & Development Recovery Net Margin After Serving the Book
- Buyer Quotation Generator Order Value
- Buyer Terms & Effective Price Comparison Best Offer, Once Its Terms Are Paid For
- Buyer Test Plan & Laboratory Budget Laboratory Cost for the Range
9
tools
Smart & Electronic Textiles
E-Textiles, Smart Wearables & Biomimetics · Smart Textiles & E-Textiles
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E-Textiles, Smart Wearables & Biomimetics 5
- Biomimetic Shark-Skin Riblet Hydrodynamic Drag Reduction Models riblet surfaces on competitive swimwear: riblet spacing in wall units, skin friction coefficient and wall shear at race pace, achievable drag reduction, force saved over the covered area and the resulting time gain over a race distance. Drag Reduction %
- Conductive Trace Wash-Cycle Fatigue & Resistance Growth Predicts degradation of silver-printed circuits through laundering: resistance after a given number of wash cycles, the growth ratio against the as-printed value, cycles to a defined failure threshold, life remaining and the added voltage drop and dissipation the growth causes. Resistance After Washing Ω
- Heated Garment Joule Heating Battery Life & Wattage Balances carbon-fibre heating elements against battery capacity: element current and power draw, heated power density, runtime at the chosen duty cycle, the steady temperature rise the garment insulation supports and total stored energy. Battery Runtime h
- Textile Triboelectric Nanogenerator Output Voltage & Power Estimates harvesting from fabric layers separating during walking: open-circuit voltage, charge transferred per step, energy per cycle, average and usable electrical power, device capacitance and the load impedance that actually extracts it. Open-Circuit Voltage V
- Wearable Antenna Fabric Permittivity & Patch Dimensions Sizes a textile microstrip patch antenna: radiating patch length and width, effective permittivity, fringing extension, fractional and absolute bandwidth, and the resonance shift when body pressure compresses the fabric substrate. Patch Length mm
Smart Textiles & E-Textiles 4
- Conductive Yarn Resistance & Voltage Drop Calculator Calculates conductive yarn trace resistance, voltage drop and power dissipated at a working current, the voltage left at the load, and the longest trace a stated voltage budget will support. Voltage Drop V
- E-Textile Strain Sensor Resistance & Resolution Modeler Models a knitted piezoresistive strain sensor: resistance under strain, the change and sensitivity it delivers, the voltage swing through a matched divider and the finest strain the ADC can resolve. Resistance Under Strain Ω
- PCM Thermal Buffer Capacity & Duration Calculator Calculates the heat a phase change material garment can absorb — latent and sensible — and converts it into the minutes of buffering it actually provides against a wearer's excess metabolic heat load. Buffering Duration min
- Piezoelectric Fabric Energy Harvesting Estimator Estimates usable electrical output from a piezoelectric fabric patch: energy per strain cycle after conversion and storage losses, continuous power at a walking cadence, energy per hour and time to charge a target store. Continuous Power µW
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