Physics Jobs

I need a well-structured educational report on Hydraulics and its Applications aimed at a graduate audience. The document must weave together clear conceptual explanations with rigorous mathematical derivations and detailed formulas that illustrate each principle in depth. Expect to cover the core physics of fluid flow, contemporary industrial examples, and any emerging technologies relevant to hydraulic systems. Every equation should be fully derived, properly notated, and tied back to practical use cases so the theory never feels abstract. Please base your writing on up-to-date, peer-reviewed sources and cite them consistently (APA or IEEE is fine). Figures or schematics may be created in Word, LaTeX, or any graphics tool you prefer, as long as they are high resolution and editable...

I need a physics-based simulation of a car crashing into a security fence, using ANSYS. Requirements: - 3D simulation - Advanced physics detail - Accurate material properties Ideal Skills: - Proficiency in ANSYS - Experience with physics-based simulations - Strong understanding of material properties and dynamics Please provide relevant work samples.

I need a clean, well-organised Fusion 360 file that depicts an Oscillating Water Column (OWC) device in a way that engineers can immediately recognise and discuss. For this first phase I only require a visually accurate representation, yet it must still obey basic physics and align with published OWC literature so later optimisation studies can build on the same file. The model should show the overall geometry and relationships between the essential subsystems: • Air chamber • Turbine (generic runner is fine) • Water column and surrounding intake structure Moderate detail is ideal—enough to illustrate key internal volumes, clearances and material thicknesses without getting lost in fasteners or manufacturing minutiae. If you already have a library of standard ...

I’m preparing a research presentation for an upcoming ocean-energy symposium and I want an animation that clearly showcases the latest technological innovations in our wave-energy system. The piece will be shown to a room full of researchers, so scientific accuracy and clean, data-driven visuals are critical. Here’s what I need the animation to achieve: • Walk the viewer through our full-scale device in the open sea, then dive inside to reveal how the mechanical, electrical, and control subsystems interact. • Spotlight the novel elements—advanced materials, adaptive control algorithms, and modular mooring solutions—explaining why each is a step forward for the field. • Overlay key performance metrics (power curves, efficiency gains, durability ...

I need a well-structured educational report on Hydraulics and its Applications aimed at a graduate audience. The document must weave together clear conceptual explanations with rigorous mathematical derivations and detailed formulas that illustrate each principle in depth. Expect to cover the core physics of fluid flow, contemporary industrial examples, and any emerging technologies relevant to hydraulic systems. Every equation should be fully derived, properly notated, and tied back to practical use cases so the theory never feels abstract. Please base your writing on up-to-date, peer-reviewed sources and cite them consistently (APA or IEEE is fine). Figures or schematics may be created in Word, LaTeX, or any graphics tool you prefer, as long as they are high resolution and editable...

I have five graduate-level hydraulics questions that need fully worked, textbook-quality solutions. You will show every step, state each assumption you make, and keep the units consistent from start to finish. Hand-drawn, clearly labeled diagrams are mandatory for every problem; scan them neatly so the geometry and force directions are unmistakable. The set covers: • Fluid mechanics – with special emphasis on viscous shear and torque (treat these two aspects as equally important, as this section is my top priority). • Hydrostatics – complete force and centroid calculations on submerged surfaces. • Momentum & energy – a water-jet striking a moving cart. • Pipe flow – friction losses via Darcy-Weisbach, friction factor from the Colebrook/Moody...