prof m akbar rhamdhani - unp.ac.idunp.ac.id/sites/default/files/2019-08/materi kuliah umum...

Prof M Akbar Rhamdhani

Department of Mechanical and Product Design Engineering

Universitas Negeri Padang

20 August 2019

• Muhammad Akbar Rhamdhani - PhD, Materials Science and Engineering – McMaster University, Canada

- GCLT, Higher Education – Swinburne University of Technology, Australia

- B.Eng.Hons (Cum Laude) – Materials Engineering – ITB, Indonesia

• Previous appointments- Junior Academic Staff - Materials Engineering ITB, Indonesia

- Postdoctoral Researcher - Chemical Metallurgy, School of Chemical Engineering,

University of Queensland, Australia

• Current appointments- Professor at Swinburne University of Technology, Australia

- Deputy Chair Department Mechanical and Product Design Engineering

- Group Leader - Fluid and Process Dynamics (FPD) Group

• Other appointments- Adjunct Professor at Universitas Indonesia, Faculty of Engineering

- President of IARNA (Indonesian Academics and Researchers Network Australia)

- Deputy Managing Director Australia I-4 (Ikatan Ilmuwan Indonesia Internasional)

MOU IARNA-UNP

• Fast 10 minute train ride from the city centre of Melbourne

• Glenferrie train station right in the middle of the campus

• Compact, modern campus with everything nearby

OUR RANKINGS

SWINBURNE BUSINESS SCHOOL• Department of Accounting, Economics

and Finance• Department of Business Technology

and Entrepreneurship• Department of Management and

Marketing

SWINBURNE LAW SCHOOL

SCHOOL OF ARTS, SOCIAL SCIENCE AND HUMANITIES• Department of Education• Department of Social Sciences• Department of Film and Animation• Department of Media and

Communications

SCHOOL OF DESIGN• Department of Communication Design

and Digital Media Design• Department of Architectural and

Industrial Design

SCHOOL OF HEALTH SCIENCES• Department of Health and Medical

Sciences• Department of Psychological Sciences• Department of Statistics, Data Science

and Epidemiology• Department of Health Professions

SCHOOL OF SCIENCE• Department of Chemistry and

Biotechnology• Department of Mathematics• Department of Physics and Astronomy

SCHOOL OF ENGINEERING• Department of Aviation• Department of Civil and Construction

Engineering• Department of Mechanical Engineering

and Product Design Engineering

SCHOOL OF SOFTWARE AND ELECTRICAL ENGINEERING• Department of Computer Science and

Software Engineering• Department of Telecommunications,

Electrical, Robotics and Biomedical Engineering

PATHWAYS

• Integrated approach creates synergy between skills,

research and teaching.

• Pathway to undergraduate degrees.

• Give student credits into many Higher Education

programs.

BENEFITS

• Focus on learning for work.

• Aim to build the skills and technical expertise that

make students employable.

• Offer independent learning with an emphasis on

workplace and practical skills.

• World-class metals research

• Diabetes research breakthrough

• Photonics and early cancer detection

• Time-saving developments in

manufacturing

• Artificial intelligence and aircraft safety

• Applied Mathematics

• Astronomical and Space Sciences

• Atomic, Molecular, Nuclear. Particla and Plasma

Physics

• Optical Physics

• Medicinal and Biomolecular Chemistry

• Physical Chemistry (inc. Structural)

• Electrical and Electronic Engineering

• Neurosciences

• Nursing

• Medical Physiology

• Public Health and Health Services

• Psychology

• Engineering

• Astrophysics and Physics

• Aviation

• Biomedical and Health Sciences

• Brain and Psychological Sciences

• Business

• Civil and Construction Engineering

• Computer Science and Software Engineering

• Design

• Humanities and Social Sciences

• Maritime Engineering

• Mathematics

• Mechanical, Material and Manufacturing

Engineering

• Methodology and Statistics

• Telecommunications, Electrical and Robotics

Engineering

KECK OBSERVATORY ELECTRIC VEHICLE LABORATORY FACTORY OF THE FUTURE

AVIATION SIMULATION LABORATORY

SMART STRUCTURES LABORATORY

NEUROIMAGING FACILITY

Swinburne, Siemens and AiG co-developed a brand new qualification - 2 year Associate Degree in Applied Technologies

The program is the first accredited course in Industry 4.0 in Australia

This innovative project directly supports Australia’s transition to Industry 4.0

$135 million grant from Siemens to digitise Factory of the Future and create Australia’s first fully immersed Industry 4.0 facility

Mindsphere - Australia’s first demonstration and application centre – cloud based Industrial Internet of Things operating system

Work integrated learning opportunities at

Swinburne.

Options include:

Professional Degrees

Work Placements

Professional Internships

Industry-linked Projects

Accreditation Placements

Industry Study Tours

WORK INTEGRATED LEARNING

Through our partnerships with leading companies, Swinburne offers students the opportunity to work in a professional placement directly related to their area of study

Incorporating a professional placement into a student’s course is optional and it gives them a chance to:

Put theory into practice in authentic work situations Develop critical and creating thinking Widen horizons and learn "how the world works" Explore career options Network with colleagues and potential employers

MohammadIT

NoeleneNursing

GeraldMarketing and Communication Design

CatherinePsychophysiology

A professional degree allows students to:

Put knowledge into practice in a real work

situation

Explore the avenues that their career could

take

Build a professional network

Test work capabilities

Receive valuable mentoring and unique

industry insights before graduation

Maintain student benefits

Add substantial, discipline-specific experience

to their CV

PROFESSIONAL DEGREES

Degree that incorporates a paid, full-time work placement

Mandatory 12-month work placement

Students a paid for the placement and receive academic credit

PROFESSIONAL DEGREES

Study 1 or 2 semesters of your degree at Swinburne and gain credit for your studies to bring back to your home university.

Summer/Winter Term

Certificate of Specialisation

Three or Four subjects

Two intakes: March & August

Three or Four subjects

The freshman abroad program is for recent high-school graduates. Students can start their tertiary studies at Swinburne and on completion, earn credit towards a college degree back home.

• Run for special cohorts from partner universities.

• Program specially developed for the partner

• Dedicated support staff

• Special orientation and activities

Available all year round, our Group Programs can combine English lessons or Academic lessons for university students, government bodies and professional groups.

• English Group Programs

• Study Tours

• Executive Education

• Bespoke Academic Programs

ELICOS GROUP PROGRAMS

Group Programs OrientationSwinburne Japanese Festival – Group Program students

Inbound Group English Programs

Regular or closed classes

Different Levels

Short-term or long-term

Combined with support services & activities

English Plus

English Only

Swinburne English Language Intensive Courses for Overseas Students (ELICOS)

• Over 400 students from 40 countries

• 25 hours per week (20-hour class + 5-hour e-learning)

• GE (1-3) & EAP (3-5)

• 9 intakes per year, 5 weeks per teaching period

• Pathway options for entry into Swinburne degrees

ENGLISH LANGUAGE

CENTRE

HKU SPACE Study Tour

Tailored to specific requirements, our programs can include:

• Academic Lectures and Workshops

• Cultural visits

• Industry visits

• Networking events

HKU SPACE Study Tour

Research Institutes

Approximately 5000 UG & PG students

More than 500 PhD students

About 250 staff

Three Schools

- School of Engineering

- School of Software and Electrical Engineering

- School of Science

Four Research Centres

- Centre for Sustainable Infrastructure

- Centre for Astrophysics and Supercomputing

- Centre for Quantum and Optical Sciences

- Centre for Micro-Photonics

Approximately 2000 UG & PG students

More than 150 PhD students

About 75 academic and research staff

Three Departments

- Mechanical & Product Design Engineering

- Civil & Construction Engineering

- Aviation

Mechanical and Product Design Engineering

26 Academics530+ undergraduate students

100+ Masters by course work40+ research students

Bachelor of Engineering (Honours) (Mechanical Engineering)*Bachelor of Engineering (Honours) (Product Design Engineering)*

Master of Engineering Science (Mechanical Engineering)Master of Engineering Science (Advanced Manufacturing Technology)Master of Professional Engineering

*The Mechanical and Product Design Engineering majors are also offered as Professional Engineering Course and Double Degrees Course (with Business, Computer Science, Innovation and Design, Science and Law)

Energy Transformation Laboratory• Wave channel• Microfluidics room• Solar simulator• Robot fish tank

Factory of the Future• 3D Visualisation and design studio• Rapid Manufacturing Studio• Advanced Inspection and Machining Studio• Biodevice Innovation Studio• Design for Resource Efficiency Studio

High Temperature Processing Facility• Solar Thermal Research Laboratory• Robert Simpson High Temperature Laboratory

Microfabrication Facility

Virtual Design Lab

Instron VHS high rate testing machineType: VHS 8800 (controller)

Capacity: 60 kN

Unique in Australia

Max. Velocity:

10 m/s (compression)

25 m/s (tension)

High speed camera Phantom v2512

Speed over 25,000 frames-per-second at full resolution

1280 x 800 resolution

1 µs minimum exposure standard

Latest camera in Australia, world’s fastest

Advanced Materials and Manufacturing (AM&M)Manufacturing, processing and characterization of “the materials of the future” which include metals, ceramics, polymers and hybrids of these; for instance as layered or mixed composites, as thin films or thick coatings.

Design, Manufacturing and Mechanics-Group (DMM-G)Conduct cutting-edge multidisciplinary research in the area of engineering mechanics, advanced manufacturing and design

Characterization of functional micro- and nano-materials;

Advanced mechanics of materials and structures, especially for impact loading;

Optimum structural design and digital design

Additive manufacturing and advanced composites

Fluid and Process Dynamics (FPD)Focused its research in the area of fluid dynamics, fluid mechanics, fluid structures; thermodynamics; materials and energy transformation; high temperature chemical and materials processes.

Swinburne

SCIENCE | TECHNOLOGY | INNOVATION | BUSINESS | DESIGN 35

Prof Akbar RhamdhaniResearch Group LeaderAdvanced High Temp Refining and Impurities Removal, Processing of Secondary Resources, Metal Recycling

Prof Geoff BrooksSteelmaking, Modelling of Complex Processes, High Temperature Processing

A/Prof Jamal NaserIndustrial Computational Fluid Dynamics, Foaming, Combustion, Modelling of froth floatation, Biomass combustion

Prof Richard ManassehFluid Dynamic, Wave Energy (Ocean Wave Power), Bubble Acoustic, Inertia Wave Collapse

Adjunct Prof John GrandfieldAluminium Casting, TechnoeconomicAnalysis, Al Impurity Removal

Adjunct Prof John RankinPyrometallurgy, Sustainability in Metallurgy, Mineral Processing

A/Prof Justin LeontiniFluid Structure Interaction, Bluff-body wakes, Flow-Induced Vibrations, Linear and Floquet Stability

Adjunct Prof Mark PowncebyAdvanced Materials Characterisation, Mineralogy and Chemistry

Department Mechanical and Product Design Engineering

Swinburne

SCIENCE | TECHNOLOGY | INNOVATION | BUSINESS | DESIGN

Resource Efficiency

Metals Recovery/Recycling from Alternative Sources (Low Grade and Urban Ores, E-Waste, EoL Magnet)

Advanced Refining, Extraction Process

Impurities Removal and Ultrapure Materials

New Processes with Low Carbon Footprint

Prof Akbar RhamdhaniFPD (Fluid and Process Dynamics)Research Group LeaderAdvanced High Temp Refining and Impurities Removal, Processing of Secondary Resources, Metal Recycling

Solar Recycling of Rare Earth Elements from Magnet as NdFeO3 through Oxidation

Swinburne


Aluminium

Processing of

Metals/Materials

• Removal of V, Cr, Ti, Zr, Ni impurities from Al melt

• Novel High Temperature Al Production – Carbosulphidation

• Kinetics of Spinel Dissolution in Cryolite

MagnesiumSteel

Processing and Recycling of Strategic Metals from Urban Ores

• Dynamic Interfacial Phenomena• Oxygen Steelmaking Process

• Distribution of impurities during Pidgeon process

Silicon• Electrically Enhanced Silicon

Refining using Slag

Nickel

Minerals• Ilmenite Processing – Removal of

Chromite Impurities through Selective Sulphidation

• Carbothermal Reduction of Nickel Laterite

• Reduction on BNC and NiO to Ni • Phase equilibria of Fe-Ni-O-X

• Recovery of Nd and Dy from eol magnet magnet through high temp processes • Recycling of Li-ion and alkaline batteries• Extraction of precious metals from E-waste (thermodynamic, LCA, technoeconomic studies)• E-waste utilisation in TSL furnace• Recovery of Pb, Zn, Cu from metal dusts• Thermodynamics Behaviour of Ge, Pd, Ta, Ru, Te, In Elements in Copper Processing

Solar Thermal Metal Processing

• Solar Processing of Iron Ore Composite• Stability of Nitrate Salts as Thermal Fluid

Copper

Lead• Reduction of lead blast furnace

slag using alternative carbon sources

Iron• Utilisation of magnetite as

source for ironmaking

• Mixing phenomena in bottom blown copper smelter

Metals extraction and recycling in space

• Metals extraction on the moon

MagnesiumSteel • Dynamic Interfacial Phenomena• Oxygen Steelmaking Process

• Distribution of impurities during Pidgeon process

Steel • Dynamic Interfacial Phenomena• Oxygen Steelmaking Process

Swinburne


Dynamic Modelling of Oxygen Steelmaking

Prof Geoff BrooksSteelmaking, Modelling of Complex Processes, High Temperature Processing

Solar Simulator for Hybrid Solar-Electric Furnace Solar Processing of Iron Ores

1130 OC

1.5 hours Solar Heating

Swinburne


Applications backed by publications in red & green boxes

Fluid dynamics

Waves in fluids

Linear wave interactions Nonlinear waves

Waves in rotating fluids

Waves in stratified fluids

Sound wave interactions

Sound waves Ocean wave interactions

• Spacecraft dynamics• Planetary physics

• Atmospheric physics• Oceanic physics

• Ocean wave power• Ocean wave-power

farms

• Biomedical micromixing• Ultrasound diagnosis of cysts• Ultrasonic separation

• Cerebral haemodynamics

• Targeted ultrasound diagnostics

• Targeted ultrasound therapeutics

• Mixing for minerals, chemical. food

• Particle dispersion

Bubble acoustics

• Process industries measurement & control

• Ocean air-sea exchange

• Thrombolysis• Drug delivery• Gene therapy

Prof Richard ManassehFluid Dynamic, Wave Energy (Ocean Wave

Power), Bubble Acoustic, Inertia Wave Collapse

Swinburne


A/Prof Justin LeontiniFluid Structure Interaction, Bluff-body wakes, Flow-Induced Vibrations, Linear and Floquet Stability

Prescribed motion, fully coupled motion (including multiple bodies) in 2D and 3D.Click the videos above

Bluff-body wakes and flow-induced vibration

Swinburne


A/Prof Jamal NaserIndustrial Computational Fluid Dynamics, Foaming, Combustion, Modelling of froth floatation

Froth volume fractions for different particle sizes in slurry bubble column

Numerical modelling of flow through foam

nodes

• Recycling of Electric Vehicles Batteries

- Location: Swinburne @ Melbourne

• Solar-Assisted Chemical Looping Combustion using Waste Oxides (Slag)

- Location: Swinburne @ Sarawak

• Solar Thermal Processing of Biomass Material


• A sustainable biorefinery approach for wealth and energy generation from lignocellulosic oil palm trunk (OPT) through the production of high-value biofuel and bioproducts


Contact:


[email protected]

Prof Akbar RhamdhaniExtractive Metallurgy, Metals Recycling, Materials Processing, Mechanical Engineering,Chemical Engineering

Prof Sen SendjayaLeaderships, Servant Leadership, Destructive Leadership, Leadership Development, Workplace Spirituality

Assoc Prof Alfons PalangkarayaMicroeconometrics analysis of innovation, intellectual property rights protection, firm performance, and international trade

Dr Rifai ChaiSenior LecturerBiomedical Engineering, Brain-Body Connections

Dr Dina WahyuniLecturer - Accounting and management, Sustainable Development Goals, Carbon trading

Dr Eryadi MasliLecturer – Entrepreneurship and Innovation

Dr Yoga SembadaServices Marketing, Consumer Psychology, Social Media Commerce, and Hospitality & Tourism in developing economies

Dr Novana HutasoitTeaching Intensive Staff –Additive Manufacturing, Materials Processing

Dr Reiza MukhlisTeaching Intensive Staff –Extractive Metallurgy, Materials Processing


[email protected]

prof m akbar rhamdhani - unp.ac.idunp.ac.id/sites/default/files/2019-08/materi kuliah umum...

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