Design and Motion Analysis of a Piston-Crank Assembly Problem Statement:

SolidWorks is a powerful 3D CAD (Computer-Aided Design) software widely used by engineers and product designers across the globe. From modeling intricate parts to assembling components and simulating real-world forces, SolidWorks offers the tools required to bring innovative concepts to life. However, mastering these tools—especially at an advanced academic level—can be overwhelming for students. That’s where SolidWorks Assignment Help becomes essential.

At www.solidworksassignmenthelp.com, we specialize in delivering expertly crafted solutions to SolidWorks assignments. Whether it’s a simple part modeling task or a high-level simulation involving stress-strain analysis, our PhD-qualified experts are always ready to assist you 24/7. With a reputation for precision, timely delivery, and confidentiality, we help students worldwide secure perfect grades without the stress.

Why Students Choose Us for SolidWorks Assignment Help

Access to PhD-qualified CAD Experts
24/7 Live Chat Support
10% OFF on All Assignments – Use Code: SWAH10OFF
Refund Policy Available
100% Original Work
Fast Turnaround for Tight Deadlines
Free Sample Assignments Available

Contact us today on WhatsApp: +1 (315) 557-6473 or via Email: support@solidworksassignmenthelp.com for reliable, fast, and plagiarism-free assistance.

Sample Master-Level SolidWorks Programming Assignments

To give you a glimpse into the depth of work we handle, here are two master-level SolidWorks assignment questions along with sample expert solutions.

Assignment Question 1: Advanced Motion Study with Gear Mates

Task:
Create an assembly with three interlinked spur gears. Each gear must rotate when the first gear is driven by a motor. Use proper gear mates and conduct a motion study to analyze angular velocity over 5 seconds.

Expert Solution:
Our expert began by modeling three spur gears using the Toolbox utility and aligning them properly on the assembly workspace. Gear mates were applied between Gear A and B, and then Gear B and C, ensuring accurate torque transmission.

The motor was added to Gear A with a constant rotational speed of 100 RPM. Using the Motion Study tool, the simulation was run for a duration of 5 seconds. The study generated an angular velocity graph showing that each subsequent gear rotated in the opposite direction, with corresponding speeds adjusted for gear ratio (2:1 and 3:1).

Outcome:

Precise kinematic simulation
Graphs showing real-time angular velocity
Screenshots of properly meshed gears
Fully annotated CAD files submitted

This solution not only demonstrated high technical competency but also met all academic formatting and documentation standards.

Assignment Question 2: Thermal Analysis of an Aluminum Heat Sink

Task:
Model a finned heat sink used in electronic devices and perform thermal analysis to determine temperature distribution under steady-state conditions. Assume constant heat flux at the base and natural convection on all other surfaces.

Expert Solution:
The heat sink was modeled with extended pin-type fins and assigned aluminum 6061 material properties. Heat flux was set to 5000 W/m² at the base using the Simulation add-in. A thermal study was initiated with convection coefficient set to 25 W/m²K for ambient air.

The mesh was refined for better resolution around the fins. The solver was run under steady-state conditions, and the final results included:

A temperature gradient showing maximum heat near the base and cooling along the fins
Tabulated data of node temperatures
Thermal efficiency of the fin system

Outcome:

Accurate 3D temperature distribution plot
Complete simulation report in PDF
Source files provided in .SLDPRT and .SLDASM formats

Our SolidWorks Assignment Help team ensured this high-complexity problem was solved with academic precision, demonstrating real-world applications in electronics cooling.