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Shmidt Aleksandr B.

Position

Associate professor

Academic degree

PhD of Engineering Sciences (1981)

Academic title

Associate professor (1986)

Faculty

Faculty of Civil Engineering

Department

Department of Metal and Timber Constructions

Address

4, 2nd Krasnoarmeiskaya Str., St Petersburg, 190005

Phone +7 (812) 575-05-38
E-mail ukftpz@lan.spbgasu.ru

Basic information

Education

Specialty Industrial and Civil Engineering Qualification Civil engineer (Polzunov Altai Polytechnic Institute, 1975)

Professional development

  • Calculation of buildings and structures using PC "LIRA-SAPR" and PC "SAPPHIRE" (2013)
  • Information systems and technologies (2018)
  • Labor protection of pedagogical workers of educational institutions (SPbGASU, 2019, 40 hours)
  • Design of building structures based on the TeklaStructures software package (2019)

Retraining

  • Certified user of Autodesk (Advanced Level) (Autodesk Authorized Training Center "Center for Information Technologies in Construction", 2008)

Teaching

  • Constructions made of wood and plastics
  • Computer technologies in calculations of building structures
  • Information technologies graphic design
  • Research and design of timber structures (module)
  • Basics of the project documentation system in construction

Professional interests

  • Improvement of teaching methods
  • Information technologies in project complexes

Research interests

  • Stress-strain behaviour of building structures made of various construction materials
  • Experimental works on construction materials and engineering timber constructions

Scientific conferences

Aleksandr Shmidt has participated in more than 50 scientific conferences and symposiums.

Publications

Aleksandr Shmidt is the author and co-author of about 115 published works, including 15 textbooks and study guides, one of which was marked by the Ministry of Education of the Russian Federation.

The most significant publications

Textbooks

  1. Shmidt, A. B. Atlas of building structures made of glued wood and waterproof plywood: textbook / A. B. Shmidt, P. A. Dmitriev. - Moscow: Publishing House of the Association of Construction Universities, 2002. - 292 p., ill. - ISBN 5274004199. (Marked by the Ministry of Education of the Russian Federation.)
  2. Shmidt, A. B. Fifteen examples of calculation of wooden structures for course and diploma design: textbook / A. B. Shmidt. - Barnaul: AltGTU Publishing House, 1997. - 86 p., ill.
  3. Schmidt, A. B. Modern structures made of wood, plywood and LVL: interactive design examples (adaptation to MathCad-15): textbook / A. B. Schmidt. - St Petersburg: SPbGASU, 2018. - 388 p., ill. – ISBN 978-5-9227-0875-3.

Articles

  1. Shmidt, A. B. Unified plywood elements (UPW-elements) as load-bearing structures for covering buildings and structures / A. B. Shmidt // Universities news. Construction. - 1998. - No. 1. - P. 18–21.
  2. Shmidt, A.B. On the calculation of curvilinear compressed-bent three-hinged systems from glued wood and plywood according to the deformed scheme / A.B. Shmidt // Universities news. Construction. - 1999. - No. 12. - P. 102-106.
  3. Schmidt, A. B. Engineering aspect of the design and construction of the first Russian Orthodox church in Antarctica / A. B. Schmidt // Bulletin of Civil Engineers. - 2008. - No. 3 (16). – P. 32–38.
  4. Shmidt, A. B. Work of glued board structures with manufacturing and operation defects / A. B. Shmidt // Modern metal and wooden structures (rationing, design, construction): collection of scientific papers of the International symposium, Brest, 15–18 June, 2009 / main ed. A. Ya. Naichuk. - Brest: JSC "Brest Printing House", 2009. - P. 377–380.
  5. Shmidt, A.B. Numerical simulation of the LVL modulus of elasticity with different combinations of mutually perpendicular veneer layers / A.B. Shmidt, E. Yu. Tsiulin // Bulletin of Higher Educational Institutions. Forestry journal. - 2018. - No. 6. - P. 138–148. DOI: 10.17238 / issn 0536-1036. 2018.6.138, SCOPUS.

Patents

  1. Author's certificate No. 1393888 dated 12.02.1986 / Schmidt A. B., "Double-pitched curved glued beam." Issued 08.02.1988.
  2. Patent of the Russian Federation No. 17284824 dated 08.01.1990 / Schmidt A. B., "Plywood element". Issued 09.02.94.
  3. Patent of the Russian Federation No. 2283400 dated 01.04.2005 "Device for ensuring the stability of a wooden log house to wind load" / Shmidt A. B. Issued on 10.09.2006.
  4. Utility model patent RU170 896 / Schmidt A. B., Yao Wei, “Device for assembling nodal connection of bar structures”.
  5. Utility model patent No. CN 205637173 U (Sheng Tianjin, People's Republic of China) / Yao Wei, Schmidt A. B., “Ball joints of bamboo elements”. Issued on 12.10.2016.
  6. Utility model patent RU 174 706 / Schmidt A. B., “Nagel rod”. Issued on 19.04.2017.
  7. Fourteen computer programs in the field of designing modern wooden building structures (three - in 2012-2013, 11 - in 2019).

Achievements

Awards

  • A. D. Kryachkov's Prize of the Siberian Branch of the RAACS
  • Diploma of the Institute "SibSpetsproektRestoration", a special award "New Architecture" and a diploma for the main award of the International Competition of Regional Architecture "Golden Capital" in the nomination "Religious Buildings" in the section "Buildings" for the work "The First Orthodox Church in Antarctica" (co-authored; 2004)

Additional information

Chief project engineer and participant in the construction of the first Orthodox church in Antarctica (Bellingshausen station, 2003–2004).

Reviewer of a number of scientific and technical publications, opponent of dissertations.

Ex-Head of the SPbGASU Departments of:
  • Engineering Information Technologies (2008–2015);
  • Wooden and Plastic Constructions (2015–2016).
Prepared two PhD students on the subject of engineering information technologies and building structures from engineered wood (2012–2016).

Consulting engineer for the design of large-span glued wooden structures for engineering and production enterprises.

Inspection, reinforcement and redesign of the wooden structures of the roof of the Theological Academy of the Alexander Nevsky Lavra (2018–2019).

Has built about 70 different objects.