3D Model
Power Box Enclosure | Sheet Metal Design in SolidWorks.
model includes ventilation slots, fan openings, and mounting holes to ensure effective cooling and easy assembly for electronic or power distribution systems. The design process involved creating a fully
3D Model
cooler-asmbly-v13
This product is a 3D CAD-designed desert cooler housing, engineered for efficient air cooling in hot and dry climates. It features a durable, modular structure with a robust frame and detachable side panels
3D Model
Electric-box
featuring a hinged front door, ventilation louvers, cooling fan mounts, and a compact structure for housing electrical and electronic components. The design focuses on effective thermal management, ease of
Designer
Anita Khandelwal
Modeling and Simulation Expert (8+Years experienced)
(Fluid) flow analysis of a ceiling fan for different blade designs and optimisation for uniform air distribution using CFD. Noise analysis using air pressure generated on the fan blades. Structural analysis for
3D Model
motor-blower-assembly
# Motor Blower Assembly A high-fidelity 3D mechanical design and assembly of an industrial Motor Blower (Centrifugal Fan/Blower System), modeled entirely in SOLIDWORKS. This project showcases a complete
3D Model
Brushless Air Blower
This is backward centrifugal curved fan which used for moving air. This equipment increases the velocity of air when it is passed through equipped impellers, and they are mainly used for flow of air required
Job
The Solar Chill Sleeve
Project)
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum
Job
CAD Design Request – Temperature-Controlled Storage Jars
version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V)
Service
I will perform HVAC load calculation and system design using Carrier HAP 6.2
you:
✓ Detailed Load Calculations: Perform hourly energy analysis to determine precise heating and cooling loads for your building (residential, commercial, or industrial).
✓ System Selection & Sizing: Based
3D Model
Sheet metal frame
panel to facilitate airflow and thermal management, along with a large fan grill at the rear for enhanced cooling capabilities. The design incorporates multiple cutouts to accommodate ports, connectors, and