CWRU MECHANICAL ENGINEERING / THERMAL-FLUID RESEARCH

Ryan
Malone.

Mechanical engineering student.
Undergraduate thermal-fluid researcher.

I work across CFD, thermal-fluid experiments, and mechanical design in Professor Chirag Kharangate's research group at Case Western Reserve University. My long-term focus is thermal management for high-density computing and AI infrastructure.

01 / ENGINEERING FOCUSLIQUID COOLING
COLD PLATEHEAT EXCHANGERPUMPT OUTT INQ̇ = ṁ cₚ ΔTCOOLANT HEAT REMOVALCONCEPTUAL / NOT TO SCALE

From heat generation to heat removal.
A conceptual system, not an experimental result.

Case Western Reserve UniversityThermal-Fluid ResearchExpected Graduation 2030

01 / CURRENT RESEARCH

Connecting simulation
with the physical system.

KHARANGATE THERMAL-FLUID GROUP
SEPTEMBER 2026 - PRESENT

Undergraduate research, from a computational model to a flow loop.

In Professor Chirag Kharangate’s group, I am using ANSYS Fluent for multiphase simulations and mesh-sensitivity studies. I also help with thermal-fluid experiments and CAD modifications for experimental hardware.

01

CFD
Geometry, meshes, VOF models, and post-processing.

02

Experiments
Flow loops, measurements, pumps, and instrumentation.

03

Mechanical design
Fixtures and modifications for experimental systems.

Explore my research work

02 / ENGINEERING PROJECTS

Simulation, experiments, and test software.

Cooling project
02Implemented / synthetic verification
Data analysis / Testing / Thermal validation

Experimental Readiness Pipeline

A Python workflow for thermal-test data validation, steady-state analysis, repeatability, uncertainty, and reporting.

Steady-state · uncertainty · reportingView project
03Bench concept / physical testing planned
Liquid cooling / Instrumentation / Test planning

Direct-to-Chip Cooling Bench

A proposed single-branch loop for studying a commercial cold plate through controlled thermal and hydraulic measurements.

Thermal + hydraulic test planningView project
SUPPORTING SOFTWARE

Small tools, explicit assumptions.

Thermal CalculatorSensor Stream SimulatorCooling Loop Dashboard

03 / DIRECTION

The thermal side
of AI infrastructure.

I am interested in the systems that carry heat away from high-performance computing.

Liquid cooling, cold plates, thermal validation, and high-density compute are the direction I am building toward. Research, physical experiments, and tested software are how I am developing that foundation.

More about me

LET’S CONNECT

Open to Summer 2027
engineering opportunities.

Interested in thermal, mechanical, CFD, hardware, and research internship opportunities.

Contact