Physical Properties of Biological Materials

Faculty

Faculty of Agricultural Science and Landscape Architecture

Version

Version 14.0 of 08/06/2019

Code of Module

44M0062

Modulename (german)

Physical Properties of Biological Materials

Study Programmes

Zentraler Wahlpflichtkatalog AuL (Master) (M.Sc.)

Level of Module

4

Mission Statement
  • In bioeconomical understanding biological materials are needed to provide people with food, energy and materials. Physical properties are a key in automized processing of food-, agri-, pharma- and health care products. The module will:
  • 1. Provide students with fundamental knowledge of physical and rheological properties needed for the engineering design of processing, storage and handling systems for food and biological materials.
  • 2. Provide students with an opportunity to master communicative and technical writing skills by submitting technical reports complete with summary, objectives, methodology, and presentation of results, following rules of convention for data presentation.
  • 3. Provide students with team building and teamwork experiences through self-directed team formation and organization, with grades based on team output and teammate evaluation.
  • 4. Train students in the use of modern computational and experimental testing equipment.
Content

Physical and rheological properties that is needed for the engineering design of systems used in the processing, storage and handling of biolog-ical materials, e.g. rheological, interfacial, thermal, electromagnetic and optical properties of biological materials based on carbohydrates, fats, proteins and properties of complex biological materials like emulsions, suspensions, foams, frozen systems and nano materials as well as communicative and technical writing skills. Lessons are on:Water Activity, Water SorptionPhysical Characteristics (Shape and Size) Volume, Density, Porosity, Permeability and Surface Area Specific Surface Area, Particle Size Distribution Modulus of Elasticity (Bulk, Shear, Young's) Analysis of Force/Deformation Data Creep (Strain Retardation) and Stress Relaxation Rheology of Liquids (Flow Behavior) Mechanical Impact and Aerodynamic Properties Particle Mechanics of Granular Materials Flow and storage of Granular Materials

Learning Outcomes

Knowledge Broadening
Students know important physical properties of biological materials
Knowledge Deepening
Students understand physical properties of biological materials as response of the material structure
Instrumental Skills and Competences
Students are able to choose and to apply appropriate sensing technology for examples of given physical properties of biological materials
Communicative Skills and Competences
Students are able to oral describe and explain given physical properties of biological materials.
Systemic Skills and Competences
Students are able to assess sensing information as response of materials and to link with quality properties of biological

Mode of Delivery

seminar, laboratory practice

Expected Knowledge and/or Competences

physics for engineers

Responsible of the Module

Figura, Ludger

Lecturer(s)

Figura, Ludger

Credits

5

Concept of Study and Teaching
Workload Dozentengebunden
Std. WorkloadLehrtyp
30Seminare
30Labore
Workload Dozentenungebunden
Std. WorkloadLehrtyp
30Veranstaltungsvor-/-nachbereitung
30Hausarbeiten
30Prüfungsvorbereitung
Recommended Reading

Lewandowski I (ed) (2018) Bioeconomy. Springer, Berlin Figura, LO, Teixeira, AA (2007) Food Physics, Springer, BerlinAguilera, JM, Aguilera, L (2008) Food materials science : principles and practice, Springer, New York

Graded Exam
  • Homework / Assignment
  • Oral Presentation / Seminar Paper
Assessment Methods Remark

standard exam is: Referat

Duration

1 Term

Module Frequency

Winter and Summer Term

Language of Instruction

English

 

Contact

Hochschule Osnabrück
University of Applied Sciences
Albrechtstr. 30
49076 Osnabrück
Phone: +49 (0)541 969-0
Fax: +49 (0)541 969-2066
E-Mail: webmaster@hs-osnabrueck.de

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UNIVERSITY OF APPLIED SCIENCES

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